{
"tiddlers": {
"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
},
"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright (c) 2004-2007, Jeremy Ruston\nCopyright (c) 2007-2017, UnaMesa Association\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n this list of conditions and the following disclaimer in the documentation\n and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n contributors may be used to endorse or promote products derived from\n this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS'\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE."
},
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"title": "$:/core/icon",
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"text": "<svg class=\"tc-image-underline tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M7,117.421488 L121.247934,117.421488 L121.247934,128 L7,128 L7,117.421488 Z M104.871212,98.8958333 L104.871212,0 L88.6117424,0 L88.6117424,55.8560606 C88.6117424,60.3194668 88.0060035,64.432115 86.7945076,68.1941288 C85.5830116,71.9561425 83.7657949,75.239885 81.342803,78.0454545 C78.9198111,80.8510241 75.8911167,83.0189317 72.2566288,84.5492424 C68.6221409,86.0795531 64.3182067,86.844697 59.344697,86.844697 C53.0959284,86.844697 48.1862552,85.0593613 44.6155303,81.4886364 C41.0448054,77.9179114 39.2594697,73.0720003 39.2594697,66.9507576 L39.2594697,0 L23,0 L23,65.0378788 C23,70.3939662 23.5419769,75.2717583 24.625947,79.6714015 C25.709917,84.0710447 27.5908957,87.864883 30.2689394,91.0530303 C32.9469831,94.2411776 36.4538925,96.6960141 40.7897727,98.4176136 C45.125653,100.139213 50.545422,101 57.0492424,101 C64.3182182,101 70.630655,99.5653553 75.9867424,96.6960227 C81.3428298,93.8266902 85.742407,89.33147 89.1856061,83.2102273 L89.5681818,83.2102273 L89.5681818,98.8958333 L104.871212,98.8958333 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/unfold-all-button": {
"title": "$:/core/images/unfold-all-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unfold-all tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <rect x=\"0\" y=\"0\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <rect x=\"0\" y=\"64\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <path d=\"M85.598226,8.34884273 C84.1490432,6.89863875 82.1463102,6 79.9340286,6 L47.9482224,6 C43.5292967,6 39.9411255,9.581722 39.9411255,14 C39.9411255,18.4092877 43.5260249,22 47.9482224,22 L71.9411255,22 L71.9411255,45.9929031 C71.9411255,50.4118288 75.5228475,54 79.9411255,54 C84.3504132,54 87.9411255,50.4151006 87.9411255,45.9929031 L87.9411255,14.0070969 C87.9411255,11.7964515 87.0447363,9.79371715 85.5956548,8.34412458 Z\" transform=\"translate(63.941125, 30.000000) scale(1, -1) rotate(-45.000000) translate(-63.941125, -30.000000) \"></path>\n <path d=\"M85.6571005,72.2899682 C84.2079177,70.8397642 82.2051847,69.9411255 79.9929031,69.9411255 L48.0070969,69.9411255 C43.5881712,69.9411255 40,73.5228475 40,77.9411255 C40,82.3504132 43.5848994,85.9411255 48.0070969,85.9411255 L72,85.9411255 L72,109.934029 C72,114.352954 75.581722,117.941125 80,117.941125 C84.4092877,117.941125 88,114.356226 88,109.934029 L88,77.9482224 C88,75.737577 87.1036108,73.7348426 85.6545293,72.2852501 Z\" transform=\"translate(64.000000, 93.941125) scale(1, -1) rotate(-45.000000) translate(-64.000000, -93.941125) \"></path>\n </g>\n</svg>"
},
"$:/core/images/unfold-button": {
"title": "$:/core/images/unfold-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unfold tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <rect x=\"0\" y=\"0\" width=\"128\" height=\"16\" rx=\"8\"></rect>\n <path d=\"M85.598226,11.3488427 C84.1490432,9.89863875 82.1463102,9 79.9340286,9 L47.9482224,9 C43.5292967,9 39.9411255,12.581722 39.9411255,17 C39.9411255,21.4092877 43.5260249,25 47.9482224,25 L71.9411255,25 L71.9411255,48.9929031 C71.9411255,53.4118288 75.5228475,57 79.9411255,57 C84.3504132,57 87.9411255,53.4151006 87.9411255,48.9929031 L87.9411255,17.0070969 C87.9411255,14.7964515 87.0447363,12.7937171 85.5956548,11.3441246 Z\" transform=\"translate(63.941125, 33.000000) scale(1, -1) rotate(-45.000000) translate(-63.941125, -33.000000) \"></path>\n <path d=\"M85.6571005,53.4077172 C84.2079177,51.9575133 82.2051847,51.0588745 79.9929031,51.0588745 L48.0070969,51.0588745 C43.5881712,51.0588745 40,54.6405965 40,59.0588745 C40,63.4681622 43.5848994,67.0588745 48.0070969,67.0588745 L72,67.0588745 L72,91.0517776 C72,95.4707033 75.581722,99.0588745 80,99.0588745 C84.4092877,99.0588745 88,95.4739751 88,91.0517776 L88,59.0659714 C88,56.855326 87.1036108,54.8525917 85.6545293,53.4029991 Z\" transform=\"translate(64.000000, 75.058875) scale(1, -1) rotate(-45.000000) translate(-64.000000, -75.058875) \"></path>\n </g>\n</svg>"
},
"$:/core/images/unlocked-padlock": {
"title": "$:/core/images/unlocked-padlock",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unlocked-padlock tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M48.6266053,64 L105,64 L105,96.0097716 C105,113.673909 90.6736461,128 73.001193,128 L55.998807,128 C38.3179793,128 24,113.677487 24,96.0097716 L24,64 L30.136303,64 C19.6806213,51.3490406 2.77158986,28.2115132 25.8366966,8.85759246 C50.4723026,-11.8141335 71.6711028,13.2108337 81.613302,25.0594855 C91.5555012,36.9081373 78.9368488,47.4964439 69.1559674,34.9513593 C59.375086,22.4062748 47.9893192,10.8049522 35.9485154,20.9083862 C23.9077117,31.0118202 34.192312,43.2685325 44.7624679,55.8655518 C47.229397,58.805523 48.403443,61.5979188 48.6266053,64 Z M67.7315279,92.3641717 C70.8232551,91.0923621 73,88.0503841 73,84.5 C73,79.8055796 69.1944204,76 64.5,76 C59.8055796,76 56,79.8055796 56,84.5 C56,87.947435 58.0523387,90.9155206 61.0018621,92.2491029 L55.9067479,115.020857 L72.8008958,115.020857 L67.7315279,92.3641717 L67.7315279,92.3641717 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/up-arrow": {
"title": "$:/core/images/up-arrow",
"created": "20150316000544368",
"modified": "20150316000831867",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-up-arrow tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n<path transform=\"rotate(-135, 63.8945, 64.1752)\" d=\"m109.07576,109.35336c-1.43248,1.43361 -3.41136,2.32182 -5.59717,2.32182l-79.16816,0c-4.36519,0 -7.91592,-3.5444 -7.91592,-7.91666c0,-4.36337 3.54408,-7.91667 7.91592,-7.91667l71.25075,0l0,-71.25074c0,-4.3652 3.54442,-7.91592 7.91667,-7.91592c4.36336,0 7.91667,3.54408 7.91667,7.91592l0,79.16815c0,2.1825 -0.88602,4.16136 -2.3185,5.59467l-0.00027,-0.00056l0.00001,-0.00001z\" />\n</svg>\n \n"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/warning": {
"title": "$:/core/images/warning",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n </g>\n</svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Discard changes to this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/Fold/Caption": {
"title": "$:/language/Buttons/Fold/Caption",
"text": "fold tiddler"
},
"$:/language/Buttons/Fold/Hint": {
"title": "$:/language/Buttons/Fold/Hint",
"text": "Fold the body of this tiddler"
},
"$:/language/Buttons/Fold/FoldBar/Caption": {
"title": "$:/language/Buttons/Fold/FoldBar/Caption",
"text": "fold-bar"
},
"$:/language/Buttons/Fold/FoldBar/Hint": {
"title": "$:/language/Buttons/Fold/FoldBar/Hint",
"text": "Optional bars to fold and unfold tiddlers"
},
"$:/language/Buttons/Unfold/Caption": {
"title": "$:/language/Buttons/Unfold/Caption",
"text": "unfold tiddler"
},
"$:/language/Buttons/Unfold/Hint": {
"title": "$:/language/Buttons/Unfold/Hint",
"text": "Unfold the body of this tiddler"
},
"$:/language/Buttons/FoldOthers/Caption": {
"title": "$:/language/Buttons/FoldOthers/Caption",
"text": "fold other tiddlers"
},
"$:/language/Buttons/FoldOthers/Hint": {
"title": "$:/language/Buttons/FoldOthers/Hint",
"text": "Fold the bodies of other opened tiddlers"
},
"$:/language/Buttons/FoldAll/Caption": {
"title": "$:/language/Buttons/FoldAll/Caption",
"text": "fold all tiddlers"
},
"$:/language/Buttons/FoldAll/Hint": {
"title": "$:/language/Buttons/FoldAll/Hint",
"text": "Fold the bodies of all opened tiddlers"
},
"$:/language/Buttons/UnfoldAll/Caption": {
"title": "$:/language/Buttons/UnfoldAll/Caption",
"text": "unfold all tiddlers"
},
"$:/language/Buttons/UnfoldAll/Hint": {
"title": "$:/language/Buttons/UnfoldAll/Hint",
"text": "Unfold the bodies of all opened tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "help"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Show help panel"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import many types of file including text, image, TiddlyWiki or JSON"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/Manager/Caption": {
"title": "$:/language/Buttons/Manager/Caption",
"text": "tiddler manager"
},
"$:/language/Buttons/Manager/Hint": {
"title": "$:/language/Buttons/Manager/Hint",
"text": "Open tiddler manager"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewImage/Caption": {
"title": "$:/language/Buttons/NewImage/Caption",
"text": "new image"
},
"$:/language/Buttons/NewImage/Hint": {
"title": "$:/language/Buttons/NewImage/Hint",
"text": "Create a new image tiddler"
},
"$:/language/Buttons/NewMarkdown/Caption": {
"title": "$:/language/Buttons/NewMarkdown/Caption",
"text": "new Markdown tiddler"
},
"$:/language/Buttons/NewMarkdown/Hint": {
"title": "$:/language/Buttons/NewMarkdown/Hint",
"text": "Create a new Markdown tiddler"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "open in new window"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Open tiddler in new window"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "palette"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Choose the colour palette"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Print/Caption": {
"title": "$:/language/Buttons/Print/Caption",
"text": "print page"
},
"$:/language/Buttons/Print/Hint": {
"title": "$:/language/Buttons/Print/Hint",
"text": "Print the current page"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirm changes to this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Timestamp/Caption": {
"title": "$:/language/Buttons/Timestamp/Caption",
"text": "timestamps"
},
"$:/language/Buttons/Timestamp/Hint": {
"title": "$:/language/Buttons/Timestamp/Hint",
"text": "Choose whether modifications update timestamps"
},
"$:/language/Buttons/Timestamp/On/Caption": {
"title": "$:/language/Buttons/Timestamp/On/Caption",
"text": "timestamps are on"
},
"$:/language/Buttons/Timestamp/On/Hint": {
"title": "$:/language/Buttons/Timestamp/On/Hint",
"text": "Update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Timestamp/Off/Caption": {
"title": "$:/language/Buttons/Timestamp/Off/Caption",
"text": "timestamps are off"
},
"$:/language/Buttons/Timestamp/Off/Hint": {
"title": "$:/language/Buttons/Timestamp/Off/Hint",
"text": "Don't update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/Buttons/Bold/Caption": {
"title": "$:/language/Buttons/Bold/Caption",
"text": "bold"
},
"$:/language/Buttons/Bold/Hint": {
"title": "$:/language/Buttons/Bold/Hint",
"text": "Apply bold formatting to selection"
},
"$:/language/Buttons/Clear/Caption": {
"title": "$:/language/Buttons/Clear/Caption",
"text": "clear"
},
"$:/language/Buttons/Clear/Hint": {
"title": "$:/language/Buttons/Clear/Hint",
"text": "Clear image to solid colour"
},
"$:/language/Buttons/EditorHeight/Caption": {
"title": "$:/language/Buttons/EditorHeight/Caption",
"text": "editor height"
},
"$:/language/Buttons/EditorHeight/Caption/Auto": {
"title": "$:/language/Buttons/EditorHeight/Caption/Auto",
"text": "Automatically adjust height to fit content"
},
"$:/language/Buttons/EditorHeight/Caption/Fixed": {
"title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
"text": "Fixed height:"
},
"$:/language/Buttons/EditorHeight/Hint": {
"title": "$:/language/Buttons/EditorHeight/Hint",
"text": "Choose the height of the text editor"
},
"$:/language/Buttons/Excise/Caption": {
"title": "$:/language/Buttons/Excise/Caption",
"text": "excise"
},
"$:/language/Buttons/Excise/Caption/Excise": {
"title": "$:/language/Buttons/Excise/Caption/Excise",
"text": "Perform excision"
},
"$:/language/Buttons/Excise/Caption/MacroName": {
"title": "$:/language/Buttons/Excise/Caption/MacroName",
"text": "Macro name:"
},
"$:/language/Buttons/Excise/Caption/NewTitle": {
"title": "$:/language/Buttons/Excise/Caption/NewTitle",
"text": "Title of new tiddler:"
},
"$:/language/Buttons/Excise/Caption/Replace": {
"title": "$:/language/Buttons/Excise/Caption/Replace",
"text": "Replace excised text with:"
},
"$:/language/Buttons/Excise/Caption/Replace/Macro": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
"text": "macro"
},
"$:/language/Buttons/Excise/Caption/Replace/Link": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Link",
"text": "link"
},
"$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
"text": "transclusion"
},
"$:/language/Buttons/Excise/Caption/Tag": {
"title": "$:/language/Buttons/Excise/Caption/Tag",
"text": "Tag new tiddler with the title of this tiddler"
},
"$:/language/Buttons/Excise/Caption/TiddlerExists": {
"title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
"text": "Warning: tiddler already exists"
},
"$:/language/Buttons/Excise/Hint": {
"title": "$:/language/Buttons/Excise/Hint",
"text": "Excise the selected text into a new tiddler"
},
"$:/language/Buttons/Heading1/Caption": {
"title": "$:/language/Buttons/Heading1/Caption",
"text": "heading 1"
},
"$:/language/Buttons/Heading1/Hint": {
"title": "$:/language/Buttons/Heading1/Hint",
"text": "Apply heading level 1 formatting to lines containing selection"
},
"$:/language/Buttons/Heading2/Caption": {
"title": "$:/language/Buttons/Heading2/Caption",
"text": "heading 2"
},
"$:/language/Buttons/Heading2/Hint": {
"title": "$:/language/Buttons/Heading2/Hint",
"text": "Apply heading level 2 formatting to lines containing selection"
},
"$:/language/Buttons/Heading3/Caption": {
"title": "$:/language/Buttons/Heading3/Caption",
"text": "heading 3"
},
"$:/language/Buttons/Heading3/Hint": {
"title": "$:/language/Buttons/Heading3/Hint",
"text": "Apply heading level 3 formatting to lines containing selection"
},
"$:/language/Buttons/Heading4/Caption": {
"title": "$:/language/Buttons/Heading4/Caption",
"text": "heading 4"
},
"$:/language/Buttons/Heading4/Hint": {
"title": "$:/language/Buttons/Heading4/Hint",
"text": "Apply heading level 4 formatting to lines containing selection"
},
"$:/language/Buttons/Heading5/Caption": {
"title": "$:/language/Buttons/Heading5/Caption",
"text": "heading 5"
},
"$:/language/Buttons/Heading5/Hint": {
"title": "$:/language/Buttons/Heading5/Hint",
"text": "Apply heading level 5 formatting to lines containing selection"
},
"$:/language/Buttons/Heading6/Caption": {
"title": "$:/language/Buttons/Heading6/Caption",
"text": "heading 6"
},
"$:/language/Buttons/Heading6/Hint": {
"title": "$:/language/Buttons/Heading6/Hint",
"text": "Apply heading level 6 formatting to lines containing selection"
},
"$:/language/Buttons/Italic/Caption": {
"title": "$:/language/Buttons/Italic/Caption",
"text": "italic"
},
"$:/language/Buttons/Italic/Hint": {
"title": "$:/language/Buttons/Italic/Hint",
"text": "Apply italic formatting to selection"
},
"$:/language/Buttons/LineWidth/Caption": {
"title": "$:/language/Buttons/LineWidth/Caption",
"text": "line width"
},
"$:/language/Buttons/LineWidth/Hint": {
"title": "$:/language/Buttons/LineWidth/Hint",
"text": "Set line width for painting"
},
"$:/language/Buttons/Link/Caption": {
"title": "$:/language/Buttons/Link/Caption",
"text": "link"
},
"$:/language/Buttons/Link/Hint": {
"title": "$:/language/Buttons/Link/Hint",
"text": "Create wikitext link"
},
"$:/language/Buttons/ListBullet/Caption": {
"title": "$:/language/Buttons/ListBullet/Caption",
"text": "bulleted list"
},
"$:/language/Buttons/ListBullet/Hint": {
"title": "$:/language/Buttons/ListBullet/Hint",
"text": "Apply bulleted list formatting to lines containing selection"
},
"$:/language/Buttons/ListNumber/Caption": {
"title": "$:/language/Buttons/ListNumber/Caption",
"text": "numbered list"
},
"$:/language/Buttons/ListNumber/Hint": {
"title": "$:/language/Buttons/ListNumber/Hint",
"text": "Apply numbered list formatting to lines containing selection"
},
"$:/language/Buttons/MonoBlock/Caption": {
"title": "$:/language/Buttons/MonoBlock/Caption",
"text": "monospaced block"
},
"$:/language/Buttons/MonoBlock/Hint": {
"title": "$:/language/Buttons/MonoBlock/Hint",
"text": "Apply monospaced block formatting to lines containing selection"
},
"$:/language/Buttons/MonoLine/Caption": {
"title": "$:/language/Buttons/MonoLine/Caption",
"text": "monospaced"
},
"$:/language/Buttons/MonoLine/Hint": {
"title": "$:/language/Buttons/MonoLine/Hint",
"text": "Apply monospaced character formatting to selection"
},
"$:/language/Buttons/Opacity/Caption": {
"title": "$:/language/Buttons/Opacity/Caption",
"text": "opacity"
},
"$:/language/Buttons/Opacity/Hint": {
"title": "$:/language/Buttons/Opacity/Hint",
"text": "Set painting opacity"
},
"$:/language/Buttons/Paint/Caption": {
"title": "$:/language/Buttons/Paint/Caption",
"text": "paint colour"
},
"$:/language/Buttons/Paint/Hint": {
"title": "$:/language/Buttons/Paint/Hint",
"text": "Set painting colour"
},
"$:/language/Buttons/Picture/Caption": {
"title": "$:/language/Buttons/Picture/Caption",
"text": "picture"
},
"$:/language/Buttons/Picture/Hint": {
"title": "$:/language/Buttons/Picture/Hint",
"text": "Insert picture"
},
"$:/language/Buttons/Preview/Caption": {
"title": "$:/language/Buttons/Preview/Caption",
"text": "preview"
},
"$:/language/Buttons/Preview/Hint": {
"title": "$:/language/Buttons/Preview/Hint",
"text": "Show preview pane"
},
"$:/language/Buttons/PreviewType/Caption": {
"title": "$:/language/Buttons/PreviewType/Caption",
"text": "preview type"
},
"$:/language/Buttons/PreviewType/Hint": {
"title": "$:/language/Buttons/PreviewType/Hint",
"text": "Choose preview type"
},
"$:/language/Buttons/Quote/Caption": {
"title": "$:/language/Buttons/Quote/Caption",
"text": "quote"
},
"$:/language/Buttons/Quote/Hint": {
"title": "$:/language/Buttons/Quote/Hint",
"text": "Apply quoted text formatting to lines containing selection"
},
"$:/language/Buttons/Size/Caption": {
"title": "$:/language/Buttons/Size/Caption",
"text": "image size"
},
"$:/language/Buttons/Size/Caption/Height": {
"title": "$:/language/Buttons/Size/Caption/Height",
"text": "Height:"
},
"$:/language/Buttons/Size/Caption/Resize": {
"title": "$:/language/Buttons/Size/Caption/Resize",
"text": "Resize image"
},
"$:/language/Buttons/Size/Caption/Width": {
"title": "$:/language/Buttons/Size/Caption/Width",
"text": "Width:"
},
"$:/language/Buttons/Size/Hint": {
"title": "$:/language/Buttons/Size/Hint",
"text": "Set image size"
},
"$:/language/Buttons/Stamp/Caption": {
"title": "$:/language/Buttons/Stamp/Caption",
"text": "stamp"
},
"$:/language/Buttons/Stamp/Caption/New": {
"title": "$:/language/Buttons/Stamp/Caption/New",
"text": "Add your own"
},
"$:/language/Buttons/Stamp/Hint": {
"title": "$:/language/Buttons/Stamp/Hint",
"text": "Insert a preconfigured snippet of text"
},
"$:/language/Buttons/Stamp/New/Title": {
"title": "$:/language/Buttons/Stamp/New/Title",
"text": "Name as shown in menu"
},
"$:/language/Buttons/Stamp/New/Text": {
"title": "$:/language/Buttons/Stamp/New/Text",
"text": "Text of snippet. (Remember to add a descriptive title in the caption field)."
},
"$:/language/Buttons/Strikethrough/Caption": {
"title": "$:/language/Buttons/Strikethrough/Caption",
"text": "strikethrough"
},
"$:/language/Buttons/Strikethrough/Hint": {
"title": "$:/language/Buttons/Strikethrough/Hint",
"text": "Apply strikethrough formatting to selection"
},
"$:/language/Buttons/Subscript/Caption": {
"title": "$:/language/Buttons/Subscript/Caption",
"text": "subscript"
},
"$:/language/Buttons/Subscript/Hint": {
"title": "$:/language/Buttons/Subscript/Hint",
"text": "Apply subscript formatting to selection"
},
"$:/language/Buttons/Superscript/Caption": {
"title": "$:/language/Buttons/Superscript/Caption",
"text": "superscript"
},
"$:/language/Buttons/Superscript/Hint": {
"title": "$:/language/Buttons/Superscript/Hint",
"text": "Apply superscript formatting to selection"
},
"$:/language/Buttons/Underline/Caption": {
"title": "$:/language/Buttons/Underline/Caption",
"text": "underline"
},
"$:/language/Buttons/Underline/Hint": {
"title": "$:/language/Buttons/Underline/Hint",
"text": "Apply underline formatting to selection"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Text/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt",
"text": "Text for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
"text": "Type shortcut here"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
"text": "add shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
"text": "Keyboard Shortcuts"
},
"$:/language/ControlPanel/KeyboardShortcuts/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
"text": "Manage keyboard shortcut assignments"
},
"$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
"text": "No keyboard shortcuts assigned"
},
"$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
"text": "remove keyboard shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
"text": "All platforms"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
"text": "Macintosh platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
"text": "Non-Macintosh platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
"text": "Linux platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
"text": "Non-Linux platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
"text": "Windows platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
"text": "Non-Windows platforms only"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Parsing/Caption": {
"title": "$:/language/ControlPanel/Parsing/Caption",
"text": "Parsing"
},
"$:/language/ControlPanel/Parsing/Hint": {
"title": "$:/language/ControlPanel/Parsing/Hint",
"text": "Here you can globally disable/enable wiki parser rules. For changes to take effect, save and reload your wiki. Disabling certain parser rules can prevent <$text text=\"TiddlyWiki\"/> from functioning correctly. Use [[safe mode|https://tiddlywiki.com/#SafeMode]] to restore normal operation."
},
"$:/language/ControlPanel/Parsing/Block/Caption": {
"title": "$:/language/ControlPanel/Parsing/Block/Caption",
"text": "Block Parse Rules"
},
"$:/language/ControlPanel/Parsing/Inline/Caption": {
"title": "$:/language/ControlPanel/Parsing/Inline/Caption",
"text": "Inline Parse Rules"
},
"$:/language/ControlPanel/Parsing/Pragma/Caption": {
"title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
"text": "Pragma Parse Rules"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Get more plugins"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Install plugins from the official library"
},
"$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
"text": "This plugin is already installed at version <$text text=<<installedVersion>>/>"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Install/Caption": {
"title": "$:/language/ControlPanel/Plugins/Install/Caption",
"text": "install"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Currently installed plugins:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Language pack plugins"
},
"$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
"text": "No ''\"<$text text=<<currentTab>>/>\"'' found"
},
"$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
"text": "This plugin is not currently installed"
},
"$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
"text": "open plugin library"
},
"$:/language/ControlPanel/Plugins/ClosePluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/ClosePluginLibrary",
"text": "close plugin library"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Reinstall/Caption": {
"title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
"text": "reinstall"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Themes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Theme plugins"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
"text": "Permit automatic saving for the download saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
"text": "Enable Autosave for Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
"text": "Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
"text": "These settings apply to the HTML5-compatible download saver"
},
"$:/language/ControlPanel/Saving/General/Caption": {
"title": "$:/language/ControlPanel/Saving/General/Caption",
"text": "General"
},
"$:/language/ControlPanel/Saving/General/Hint": {
"title": "$:/language/ControlPanel/Saving/General/Hint",
"text": "These settings apply to all the loaded savers"
},
"$:/language/ControlPanel/Saving/Hint": {
"title": "$:/language/ControlPanel/Saving/Hint",
"text": "Settings used for saving the entire TiddlyWiki as a single file via a saver module"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
"text": "~TiddlySpot Saver"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Attempt to automatically save changes during editing when using a supporting saver"
},
"$:/language/ControlPanel/Settings/CamelCase/Caption": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
"text": "Camel Case Wiki Links"
},
"$:/language/ControlPanel/Settings/CamelCase/Hint": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
"text": "You can globally disable automatic linking of ~CamelCase phrases. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/CamelCase/Description": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Description",
"text": "Enable automatic ~CamelCase linking"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
"text": "Enable or disable the editor toolbar:"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Description": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
"text": "Show editor toolbar"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
"text": "Tiddler Info Panel Mode"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
"text": "Control when the tiddler info panel closes:"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
"text": "Tiddler info panel closes automatically"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
"text": "Tiddler info panel stays open until explicitly closed"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
"text": "Performance Instrumentation"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
"text": "Displays performance statistics in the browser developer console. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
"text": "Enable performance instrumentation"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Toolbar Button Style"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Choose the style for toolbar buttons:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Borderless"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Boxed"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Rounded"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Default Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Specify which sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Tiddler Opening Behaviour"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "Navigation from //within// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "Navigation from //outside// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Open above the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Open below the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Open at the top of the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Open at the bottom of the story river"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Tiddler Titles"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Optionally display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "Do not display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
"text": "Wiki Links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
"text": "Choose whether to link to tiddlers that do not exist yet"
},
"$:/language/ControlPanel/Settings/MissingLinks/Description": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
"text": "Enable links to missing tiddlers"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
"text": "Choose which buttons are displayed in the editor toolbar. Note that some buttons will only appear when editing tiddlers of a certain type. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/allfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/allfilteroperator",
"text": "A sub-operator for the ''all'' filter operator."
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
"title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
"text": "A bitmap editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/info": {
"title": "$:/language/Docs/ModuleTypes/info",
"text": "Publishes system information via the [[$:/temp/info-plugin]] pseudo-plugin."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/library": {
"title": "$:/language/Docs/ModuleTypes/library",
"text": "Generic module type for general purpose JavaScript modules."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/texteditoroperation": {
"title": "$:/language/Docs/ModuleTypes/texteditoroperation",
"text": "A text editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "Default button background"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "Default button border"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "Default button foreground"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "Site title foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This tiddler shows content stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Type/Output": {
"title": "$:/language/EditTemplate/Body/Preview/Type/Output",
"text": "output"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "System fields"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "User fields"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes you make will override the default version from the plugin <<pluginLink>>"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version in the plugin <<pluginLink>> by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Title/BadCharacterWarning": {
"title": "$:/language/EditTemplate/Title/BadCharacterWarning",
"text": "Warning: avoid using any of the characters <<bad-chars>> in tiddler titles"
},
"$:/language/EditTemplate/Title/Exists/Prompt": {
"title": "$:/language/EditTemplate/Title/Exists/Prompt",
"text": "Target tiddler already exists"
},
"$:/language/EditTemplate/Title/Relink/Prompt": {
"title": "$:/language/EditTemplate/Title/Relink/Prompt",
"text": "Update ''<$text text=<<fromTitle>>/>'' to ''<$text text=<<toTitle>>/>'' in the //tags// and //list// fields of other tiddlers"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Static HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "A temporary storage field used in [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"$:/language/Filters/StoryList": {
"title": "$:/language/Filters/StoryList",
"text": "Tiddlers in the story river, excluding <$text text=\"$:/AdvancedSearch\"/>"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Non wiki-text tiddlers"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See https://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/fetch": {
"title": "$:/language/Help/fetch",
"description": "Fetch tiddlers from wiki by URL",
"text": "Fetch one or more files over HTTP/HTTPS, and import the tiddlers matching a filter, optionally transforming the incoming titles.\n\n```\n--fetch file <url> <import-filter> <transform-filter>\n--fetch files <url-filter> <import-filter> <transform-filter>\n--fetch raw-file <url> <transform-filter>\n--fetch raw-files <url-filter> <transform-filter>\n```\n\nThe \"file\" and \"files\" variants fetch the specified files and attempt to import the tiddlers within them (the same processing as if the files were dragged into the browser window). The \"raw-file\" and \"raw-files\" variants fetch the specified files and then store the raw file data in tiddlers, without applying the import logic.\n\nWith the \"file\" and \"raw-file\" variants only a single file is fetched and the first parameter is the URL of the file to read.\n\nWith the \"files\" and \"raw-files\" variants, multiple files are fetched and the first parameter is a filter yielding a list of URLs of the files to read. For example, given a set of tiddlers tagged \"remote-server\" that have a field \"url\" the filter `[tag[remote-server]get[url]]` will retrieve all the available URLs.\n\nFor the \"file\" and \"files\" variants, the `<import-filter>` parameter specifies a filter determining which tiddlers are imported. It defaults to `[all[tiddlers]]` if not provided.\n\nFor all variants, the `<transform-filter>` parameter specifies an optional filter that transforms the titles of the imported tiddlers. For example, `[addprefix[$:/myimports/]]` would add the prefix `$:/myimports/` to each title.\n\nPreceding the `--fetch` command with `--verbose` will output progress information during the import.\n\nNote that TiddlyWiki will not fetch an older version of an already loaded plugin.\n\nThe following example retrieves all the non-system tiddlers from https://tiddlywiki.com and saves them to a JSON file:\n\n```\ntiddlywiki --verbose --fetch file \"https://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\nThe following example retrieves the \"favicon\" file from tiddlywiki.com and saves it in a file called \"output.ico\". Note that the intermediate tiddler \"Icon Tiddler\" is quoted in the \"--fetch\" command because it is being used as a transformation filter to replace the default title, while there are no quotes for the \"--savetiddler\" command because it is being used directly as a title.\n\n```\ntiddlywiki --verbose --fetch raw-file \"https://tiddlywiki.com/favicon.ico\" \"[[Icon Tiddler]]\" --savetiddler \"Icon Tiddler\" output.ico\n```\n\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/import": {
"title": "$:/language/Help/import",
"description": "Import tiddlers from a file",
"text": "Import tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The deserializer must be explicitly specified, unlike the `load` command which infers the deserializer from the file extension.\n\n```\n--import <filepath> <deserializer> [<title>] [<encoding>]\n```\n\nThe deserializers in the core include:\n\n* application/javascript\n* application/json\n* application/x-tiddler\n* application/x-tiddler-html-div\n* application/x-tiddlers\n* text/html\n* text/plain\n\nThe title of the imported tiddler defaults to the filename.\n\nThe encoding defaults to \"utf8\", but can be \"base64\" for importing binary files.\n\nNote that TiddlyWiki will not import an older version of an already loaded plugin.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The processing applied to incoming files is determined by the file extension. Use the alternative `import` command if you need to specify the deserializer and encoding explicitly.\n\n```\n--load <filepath>\n--load <dirpath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n''Note'': This should not be used for serving TiddlyWiki with password protection. Instead, see the password option under the [[ServerCommand]].\n"
},
"$:/language/Help/render": {
"title": "$:/language/Help/render",
"description": "Renders individual tiddlers to files",
"text": "Render individual tiddlers identified by a filter and save the results to the specified files.\n\nOptionally, the title of a template tiddler can be specified. In this case, instead of directly rendering each tiddler, the template tiddler is rendered with the \"currentTiddler\" variable set to the title of the tiddler that is being rendered.\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--render <tiddler-filter> [<filename-filter>] [<render-type>] [<template>] [<name>] [<value>]\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be rendered\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]addsuffix[.html]]`, which uses the unchanged tiddler title as the filename\n* ''template'': Optional template through which each tiddler is rendered\n* ''render-type'': Optional render type: `text/html` (the default) returns the full HTML text and `text/plain` just returns the text content (ie it ignores HTML tags and other unprintable material)\n* ''name'': Name of optional variable\n* ''value'': Value of optional variable\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When referring to a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--render \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being rendered, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--render` command is a more flexible replacement for both the `--rendertiddler` and `--rendertiddlers` commands, which are deprecated\n\nExamples:\n\n* `--render \"[!is[system]]\" \"[encodeuricomponent[]addprefix[tiddlers/]addsuffix[.html]]\"` -- renders all non-system tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles and the extension HTML\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "(Note: The `--rendertiddler` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender an individual tiddler as a specified ContentType, defaulting to `text/html` and save it to the specified filename.\n\nOptionally the title of a template tiddler can be specified, in which case the template tiddler is rendered with the \"currentTiddler\" variable set to the tiddler that is being rendered (the first parameter value).\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>] [<name>] [<value>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n\nFor example, the following command saves all tiddlers matching the filter `[tag[done]]` to a JSON file titled `output.json` by employing the core template `$:/core/templates/exporters/JsonFile`.\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "(Note: The `--rendertiddlers` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the ''noclean'' flag is specified. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/save": {
"title": "$:/language/Help/save",
"description": "Saves individual raw tiddlers to files",
"text": "Saves individual tiddlers identified by a filter in their raw text or binary format to the specified files.\n\n```\n--save <tiddler-filter> <filename-filter>\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be saved\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]]`, which uses the unchanged tiddler title as the filename\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When saving a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--save \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being saved, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--save` command is a more flexible replacement for both the `--savetiddler` and `--savetiddlers` commands, which are deprecated\n\nExamples:\n\n* `--save \"[!is[system]is[image]]\" \"[encodeuricomponent[]addprefix[tiddlers/]]\"` -- saves all non-system image tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "(Note: The `--savetiddler` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves an individual tiddler in its raw text or binary format to the specified filename.\n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "(Note: The `--savetiddlers` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves a group of tiddlers in their raw text or binary format to the specified directory.\n\n```\n--savetiddlers <filter> <pathname> [\"noclean\"]\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nThe output directory is cleared of existing files before saving the specified files. The deletion can be disabled by specifying the ''noclean'' flag.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''pathprefix'' - optional prefix for paths\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation isn't suitable for general use.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''rendertype'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging\n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Imported/Hint": {
"title": "$:/language/Import/Imported/Hint",
"text": "The following tiddlers were imported:"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/AboveStory/ClassicPlugin/Warning": {
"title": "$:/language/AboveStory/ClassicPlugin/Warning",
"text": "It looks like you are trying to load a plugin designed for ~TiddlyWiki Classic. Please note that [[these plugins do not work with TiddlyWiki version 5.x.x|https://tiddlywiki.com/#TiddlyWikiClassic]]. ~TiddlyWiki Classic plugins detected:"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See https://tiddlywiki.com/static/Upgrading.html for more details."
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ColourPicker/Recent": {
"title": "$:/language/ColourPicker/Recent",
"text": "Recent:"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/Count": {
"title": "$:/language/Count",
"text": "count"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or use the 'Escape' key to cancel)"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancel"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Username"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Password"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repeat password"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Passwords do not match"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Set password"
},
"$:/language/Error/Caption": {
"title": "$:/language/Error/Caption",
"text": "Error"
},
"$:/language/Error/EditConflict": {
"title": "$:/language/Error/EditConflict",
"text": "File changed on server"
},
"$:/language/Error/Filter": {
"title": "$:/language/Error/Filter",
"text": "Filter error"
},
"$:/language/Error/FilterSyntax": {
"title": "$:/language/Error/FilterSyntax",
"text": "Syntax error in filter expression"
},
"$:/language/Error/IsFilterOperator": {
"title": "$:/language/Error/IsFilterOperator",
"text": "Filter Error: Unknown operand for the 'is' filter operator"
},
"$:/language/Error/LoadingPluginLibrary": {
"title": "$:/language/Error/LoadingPluginLibrary",
"text": "Error loading plugin library"
},
"$:/language/Error/RecursiveTransclusion": {
"title": "$:/language/Error/RecursiveTransclusion",
"text": "Recursive transclusion error in transclude widget"
},
"$:/language/Error/RetrievingSkinny": {
"title": "$:/language/Error/RetrievingSkinny",
"text": "Error retrieving skinny tiddler list"
},
"$:/language/Error/SavingToTWEdit": {
"title": "$:/language/Error/SavingToTWEdit",
"text": "Error saving to TWEdit"
},
"$:/language/Error/WhileSaving": {
"title": "$:/language/Error/WhileSaving",
"text": "Error while saving"
},
"$:/language/Error/XMLHttpRequest": {
"title": "$:/language/Error/XMLHttpRequest",
"text": "XMLHttpRequest error code"
},
"$:/language/InternalJavaScriptError/Title": {
"title": "$:/language/InternalJavaScriptError/Title",
"text": "Internal JavaScript Error"
},
"$:/language/InternalJavaScriptError/Hint": {
"title": "$:/language/InternalJavaScriptError/Hint",
"text": "Well, this is embarrassing. It is recommended that you restart TiddlyWiki by refreshing your browser"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/LazyLoadingWarning": {
"title": "$:/language/LazyLoadingWarning",
"text": "<p>Trying to load external content from ''<$text text={{!!_canonical_uri}}/>''</p><p>If this message doesn't disappear, either the tiddler content type doesn't match the type of the external content, or you may be using a browser that doesn't support external content for wikis loaded as standalone files. See https://tiddlywiki.com/#ExternalText</p>"
},
"$:/language/LoginToTiddlySpace": {
"title": "$:/language/LoginToTiddlySpace",
"text": "Login to TiddlySpace"
},
"$:/language/Manager/Controls/FilterByTag/None": {
"title": "$:/language/Manager/Controls/FilterByTag/None",
"text": "(none)"
},
"$:/language/Manager/Controls/FilterByTag/Prompt": {
"title": "$:/language/Manager/Controls/FilterByTag/Prompt",
"text": "Filter by tag:"
},
"$:/language/Manager/Controls/Order/Prompt": {
"title": "$:/language/Manager/Controls/Order/Prompt",
"text": "Reverse order"
},
"$:/language/Manager/Controls/Search/Placeholder": {
"title": "$:/language/Manager/Controls/Search/Placeholder",
"text": "Search"
},
"$:/language/Manager/Controls/Search/Prompt": {
"title": "$:/language/Manager/Controls/Search/Prompt",
"text": "Search:"
},
"$:/language/Manager/Controls/Show/Option/Tags": {
"title": "$:/language/Manager/Controls/Show/Option/Tags",
"text": "tags"
},
"$:/language/Manager/Controls/Show/Option/Tiddlers": {
"title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
"text": "tiddlers"
},
"$:/language/Manager/Controls/Show/Prompt": {
"title": "$:/language/Manager/Controls/Show/Prompt",
"text": "Show:"
},
"$:/language/Manager/Controls/Sort/Prompt": {
"title": "$:/language/Manager/Controls/Sort/Prompt",
"text": "Sort by:"
},
"$:/language/Manager/Item/Colour": {
"title": "$:/language/Manager/Item/Colour",
"text": "Colour"
},
"$:/language/Manager/Item/Fields": {
"title": "$:/language/Manager/Item/Fields",
"text": "Fields"
},
"$:/language/Manager/Item/Icon/None": {
"title": "$:/language/Manager/Item/Icon/None",
"text": "(none)"
},
"$:/language/Manager/Item/Icon": {
"title": "$:/language/Manager/Item/Icon",
"text": "Icon"
},
"$:/language/Manager/Item/RawText": {
"title": "$:/language/Manager/Item/RawText",
"text": "Raw text"
},
"$:/language/Manager/Item/Tags": {
"title": "$:/language/Manager/Item/Tags",
"text": "Tags"
},
"$:/language/Manager/Item/Tools": {
"title": "$:/language/Manager/Item/Tools",
"text": "Tools"
},
"$:/language/Manager/Item/WikifiedText": {
"title": "$:/language/Manager/Item/WikifiedText",
"text": "Wikified text"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" -- click {{||$:/core/ui/Buttons/edit}} to create"
},
"$:/language/No": {
"title": "$:/language/No",
"text": "No"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Official ~TiddlyWiki Plugin Library"
},
"$:/language/OfficialPluginLibrary/Hint": {
"title": "$:/language/OfficialPluginLibrary/Hint",
"text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team."
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/SystemTiddlers/Include/Prompt": {
"title": "$:/language/SystemTiddlers/Include/Prompt",
"text": "Include system tiddlers"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Count"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/Tiddler/DateFormat": {
"title": "$:/language/Tiddler/DateFormat",
"text": "DDth MMM YYYY at hh12:0mmam"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Yes": {
"title": "$:/language/Yes",
"text": "Yes"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Text": {
"title": "$:/config/NewJournal/Text",
"text": ""
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|https://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches/All": {
"title": "$:/language/Search/Matches/All",
"text": "All matches:"
},
"$:/language/Search/Matches/Title": {
"title": "$:/language/Search/Matches/Title",
"text": "Title matches:"
},
"$:/language/Search/Search": {
"title": "$:/language/Search/Search",
"text": "Search"
},
"$:/language/Search/Search/TooShort": {
"title": "$:/language/Search/Search/TooShort",
"text": "Search text too short"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Explorer/Caption": {
"title": "$:/language/SideBar/Explorer/Caption",
"text": "Explorer"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/Snippets/ListByTag": {
"title": "$:/language/Snippets/ListByTag",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "List of tiddlers by tag",
"text": "<<list-links \"[tag[task]sort[title]]\">>\n"
},
"$:/language/Snippets/MacroDefinition": {
"title": "$:/language/Snippets/MacroDefinition",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Macro definition",
"text": "\\define macroName(param1:\"default value\",param2)\nText of the macro\n\\end\n"
},
"$:/language/Snippets/Table4x3": {
"title": "$:/language/Snippets/Table4x3",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table with 4 columns by 3 rows",
"text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!One | | | | |\n|!Two | | | | |\n|!Three | | | | |\n"
},
"$:/language/Snippets/TableOfContents": {
"title": "$:/language/Snippets/TableOfContents",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table of Contents",
"text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
},
"$:/language/ThemeTweaks/ThemeTweaks": {
"title": "$:/language/ThemeTweaks/ThemeTweaks",
"text": "Theme Tweaks"
},
"$:/language/ThemeTweaks/ThemeTweaks/Hint": {
"title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
"text": "You can tweak certain aspects of the ''Vanilla'' theme."
},
"$:/language/ThemeTweaks/Options": {
"title": "$:/language/ThemeTweaks/Options",
"text": "Options"
},
"$:/language/ThemeTweaks/Options/SidebarLayout": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout",
"text": "Sidebar layout"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
"text": "Fixed story, fluid sidebar"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
"text": "Fluid story, fixed sidebar"
},
"$:/language/ThemeTweaks/Options/StickyTitles": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles",
"text": "Sticky titles"
},
"$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
"text": "Causes tiddler titles to \"stick\" to the top of the browser window. Caution: Does not work at all with Chrome, and causes some layout issues in Firefox"
},
"$:/language/ThemeTweaks/Options/CodeWrapping": {
"title": "$:/language/ThemeTweaks/Options/CodeWrapping",
"text": "Wrap long lines in code blocks"
},
"$:/language/ThemeTweaks/Settings": {
"title": "$:/language/ThemeTweaks/Settings",
"text": "Settings"
},
"$:/language/ThemeTweaks/Settings/FontFamily": {
"title": "$:/language/ThemeTweaks/Settings/FontFamily",
"text": "Font family"
},
"$:/language/ThemeTweaks/Settings/CodeFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
"text": "Code font family"
},
"$:/language/ThemeTweaks/Settings/EditorFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/EditorFontFamily",
"text": "Editor font family"
},
"$:/language/ThemeTweaks/Settings/BackgroundImage": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
"text": "Page background image"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
"text": "Page background image attachment"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
"text": "Scroll with tiddlers"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
"text": "Fixed to window"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
"text": "Page background image size"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
"text": "Auto"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
"text": "Cover"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
"text": "Contain"
},
"$:/language/ThemeTweaks/Metrics": {
"title": "$:/language/ThemeTweaks/Metrics",
"text": "Sizes"
},
"$:/language/ThemeTweaks/Metrics/FontSize": {
"title": "$:/language/ThemeTweaks/Metrics/FontSize",
"text": "Font size"
},
"$:/language/ThemeTweaks/Metrics/LineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/LineHeight",
"text": "Line height"
},
"$:/language/ThemeTweaks/Metrics/BodyFontSize": {
"title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
"text": "Font size for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
"text": "Line height for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
"text": "Story left position"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
"text": "how far the left margin of the story river<br>(tiddler area) is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryTop": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop",
"text": "Story top position"
},
"$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
"text": "how far the top margin of the story river<br>is from the top of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryRight": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight",
"text": "Story right"
},
"$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
"text": "how far the left margin of the sidebar <br>is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
"text": "Story width"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
"text": "the overall width of the story river"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
"text": "Tiddler width"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
"text": "within the story river"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
"text": "Sidebar breakpoint"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
"text": "the minimum page width at which the story<br>river and sidebar will appear side by side"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
"text": "Sidebar width"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
"text": "the width of the sidebar in fluid-fixed layout"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"title": "$:/core/modules/commander.js",
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nLog a string if verbose flag is set\n*/\nCommander.prototype.log = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str + \"\\n\");\n\t}\n};\n\n/*\nWrite a string if verbose flag is set\n*/\nCommander.prototype.write = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str);\n\t}\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"title": "$:/core/modules/commands/build.js",
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"title": "$:/core/modules/commands/clearpassword.js",
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"title": "$:/core/modules/commands/editions.js",
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/fetch.js": {
"title": "$:/core/modules/commands/fetch.js",
"text": "/*\\\ntitle: $:/core/modules/commands/fetch.js\ntype: application/javascript\nmodule-type: command\n\nCommands to fetch external tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"fetch\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing subcommand and url\";\n\t}\n\tswitch(this.params[0]) {\n\t\tcase \"raw-file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turl: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turl: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"raw-files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t}\n\treturn null;\n};\n\nCommand.prototype.fetchFiles = function(options) {\n\tvar self = this;\n\t// Get the list of URLs\n\tvar urls;\n\tif(options.url) {\n\t\turls = [options.url]\n\t} else if(options.urlFilter) {\n\t\turls = $tw.wiki.filterTiddlers(options.urlFilter);\n\t} else {\n\t\treturn \"Missing URL\";\n\t}\n\t// Process each URL in turn\n\tvar next = 0;\n\tvar getNextFile = function(err) {\n\t\tif(err) {\n\t\t\treturn options.callback(err);\n\t\t}\n\t\tif(next < urls.length) {\n\t\t\tself.fetchFile(urls[next++],options,getNextFile);\n\t\t} else {\n\t\t\toptions.callback(null);\n\t\t}\n\t};\n\tgetNextFile(null);\n\t// Success\n\treturn null;\n};\n\nCommand.prototype.fetchFile = function(url,options,callback,redirectCount) {\n\tif(redirectCount > 10) {\n\t\treturn callback(\"Error too many redirects retrieving \" + url);\n\t}\n\tvar self = this,\n\t\tlib = url.substr(0,8) === \"https://\" ? require(\"https\") : require(\"http\");\n\tlib.get(url).on(\"response\",function(response) {\n\t var type = (response.headers[\"content-type\"] || \"\").split(\";\")[0],\n\t \tdata = [];\n\t self.commander.write(\"Reading \" + url + \": \");\n\t response.on(\"data\",function(chunk) {\n\t data.push(chunk);\n\t self.commander.write(\".\");\n\t });\n\t response.on(\"end\",function() {\n\t self.commander.write(\"\\n\");\n\t if(response.statusCode === 200) {\n\t\t self.processBody(Buffer.concat(data),type,options,url);\n\t\t callback(null);\n\t } else {\n\t \tif(response.statusCode === 302 || response.statusCode === 303 || response.statusCode === 307) {\n\t \t\treturn self.fetchFile(response.headers.location,options,callback,redirectCount + 1);\n\t \t} else {\n\t\t \treturn callback(\"Error \" + response.statusCode + \" retrieving \" + url)\t \t\t\n\t \t}\n\t }\n\t \t});\n\t \tresponse.on(\"error\",function(e) {\n\t\t\tconsole.log(\"Error on GET request: \" + e);\n\t\t\tcallback(e);\n\t \t});\n\t});\n\treturn null;\n};\n\nCommand.prototype.processBody = function(body,type,options,url) {\n\tvar self = this;\n\t// Collect the tiddlers in a wiki\n\tvar incomingWiki = new $tw.Wiki();\n\tif(options.raw) {\n\t\tvar typeInfo = type ? $tw.config.contentTypeInfo[type] : null,\n\t\t\tencoding = typeInfo ? typeInfo.encoding : \"utf8\";\n\t\tincomingWiki.addTiddler(new $tw.Tiddler({\n\t\t\ttitle: url,\n\t\t\ttype: type,\n\t\t\ttext: body.toString(encoding)\n\t\t}));\n\t} else {\n\t\t// Deserialise the file to extract the tiddlers\n\t\tvar tiddlers = this.commander.wiki.deserializeTiddlers(type || \"text/html\",body.toString(\"utf8\"),{});\n\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\tincomingWiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t});\n\t}\n\t// Filter the tiddlers to select the ones we want\n\tvar filteredTitles = incomingWiki.filterTiddlers(options.importFilter || \"[all[tiddlers]]\");\n\t// Import the selected tiddlers\n\tvar count = 0;\n\tincomingWiki.each(function(tiddler,title) {\n\t\tif(filteredTitles.indexOf(title) !== -1) {\n\t\t\tvar newTiddler;\n\t\t\tif(options.transformFilter) {\n\t\t\t\tvar transformedTitle = (incomingWiki.filterTiddlers(options.transformFilter,null,self.commander.wiki.makeTiddlerIterator([title])) || [\"\"])[0];\n\t\t\t\tif(transformedTitle) {\n\t\t\t\t\tself.commander.log(\"Importing \" + title + \" as \" + transformedTitle)\n\t\t\t\t\tnewTiddler = new $tw.Tiddler(tiddler,{title: transformedTitle});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.commander.log(\"Importing \" + title)\n\t\t\t\tnewTiddler = tiddler;\n\t\t\t}\n\t\t\tself.commander.wiki.importTiddler(newTiddler);\n\t\t\tcount++;\n\t\t}\n\t});\n\tself.commander.log(\"Imported \" + count + \" tiddlers\")\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"title": "$:/core/modules/commands/help.js",
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/import.js": {
"title": "$:/core/modules/commands/import.js",
"text": "/*\\\ntitle: $:/core/modules/commands/import.js\ntype: application/javascript\nmodule-type: command\n\nCommand to import tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"import\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 2) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar filename = self.params[0],\n\t\tdeserializer = self.params[1],\n\t\ttitle = self.params[2] || filename,\n\t\tencoding = self.params[3] || \"utf8\",\n\t\ttext = fs.readFileSync(filename,encoding),\n\t\ttiddlers = this.commander.wiki.deserializeTiddlers(null,text,{title: title},{deserializer: deserializer});\n\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t});\n\tthis.commander.log(tiddlers.length + \" tiddler(s) imported\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"title": "$:/core/modules/commands/init.js",
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"title": "$:/core/modules/commands/load.js",
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file or directory\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar tiddlers = $tw.loadTiddlersFromPath(self.params[0]),\n\t\tcount = 0;\n\t$tw.utils.each(tiddlers,function(tiddlerInfo) {\n\t\t$tw.utils.each(tiddlerInfo.tiddlers,function(tiddler) {\n\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t\t\tcount++;\n\t\t});\n\t});\n\tif(!count) {\n\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t} else {\n\t\tself.callback(null);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"title": "$:/core/modules/commands/makelibrary.js",
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"title": "$:/core/modules/commands/output.js",
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"title": "$:/core/modules/commands/password.js",
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/render.js": {
"title": "$:/core/modules/commands/render.js",
"text": "/*\\\ntitle: $:/core/modules/commands/render.js\ntype: application/javascript\nmodule-type: command\n\nRender individual tiddlers and save the results to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"render\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing tiddler filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]addsuffix[.html]]\",\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tvarName = this.params[4],\n\t\tvarValue = this.params[5],\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template || title),\n\t\t\tvariables = {currentTiddler: title};\n\t\tif(varName) {\n\t\t\tvariables[varName] = varValue || \"\";\n\t\t}\n\t\tvar widgetNode = wiki.makeWidget(parser,{variables: variables}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Rendering \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"title": "$:/core/modules/commands/rendertiddler.js",
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tname = this.params[4],\n\t\tvalue = this.params[5],\n\t\tvariables = {};\n\t$tw.utils.createFileDirectories(filename);\n\tif(template) {\n\t\tvariables.currentTiddler = title;\n\t\ttitle = template;\n\t}\n\tif(name && value) {\n\t\tvariables[name] = value;\n\t}\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title,{variables: variables}),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"title": "$:/core/modules/commands/rendertiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/save.js": {
"title": "$:/core/modules/commands/save.js",
"text": "/*\\\ntitle: $:/core/modules/commands/save.js\ntype: application/javascript\nmodule-type: command\n\nSaves individual tiddlers in their raw text or binary format to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"save\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]]\",\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Saving \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savelibrarytiddlers.js": {
"title": "$:/core/modules/commands/savelibrarytiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerDataCached(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"title": "$:/core/modules/commands/savetiddler.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar type = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t\t$tw.utils.createFileDirectories(filename);\n\t\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\t\tself.callback(err);\n\t\t});\n\t} else {\n\t\treturn \"Missing tiddler: \" + title;\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"title": "$:/core/modules/commands/savetiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\tdeleteDirectory = (this.params[2] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"title": "$:/core/modules/commands/server.js",
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length);\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.requestHandler = function(request,response) {\n\t// Compose the state object\n\tvar self = this;\n\tvar state = {};\n\tstate.wiki = self.wiki;\n\tstate.server = self;\n\tstate.urlInfo = url.parse(request.url);\n\t// Find the route that matches this path\n\tvar route = self.findMatchingRoute(request,state);\n\t// Check for the username and password if we've got one\n\tvar username = self.get(\"username\"),\n\t\tpassword = self.get(\"password\");\n\tif(username && password) {\n\t\t// Check they match\n\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t});\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t}\n\t// Return a 404 if we didn't find a route\n\tif(!route) {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Set the encoding for the incoming request\n\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\trequest.setEncoding(\"utf8\");\n\t// Dispatch the appropriate method\n\tswitch(request.method) {\n\t\tcase \"GET\": // Intentional fall-through\n\t\tcase \"DELETE\":\n\t\t\troute.handler(request,response,state);\n\t\t\tbreak;\n\t\tcase \"PUT\":\n\t\t\tvar data = \"\";\n\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\tdata += chunk.toString();\n\t\t\t});\n\t\t\trequest.on(\"end\",function() {\n\t\t\t\tstate.data = data;\n\t\t\t\troute.handler(request,response,state);\n\t\t\t});\n\t\t\tbreak;\n\t}\n};\n\t\nSimpleServer.prototype.listen = function(port,host) {\n\thttp.createServer(this.requestHandler.bind(this)).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title},state.wiki.getModificationFields()));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\t$tw.utils.log(\"Serving on \" + host + \":\" + port,\"brown/orange\");\n\t$tw.utils.log(\"(press ctrl-C to exit)\",\"red\");\n\t// Warn if required plugins are missing\n\tif(!$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/tiddlyweb\") || !$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/filesystem\")) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"title": "$:/core/modules/commands/setfield.js",
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"title": "$:/core/modules/commands/unpackplugin.js",
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerDataCached(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"title": "$:/core/modules/commands/verbose.js",
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"title": "$:/core/modules/commands/version.js",
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"title": "$:/core/modules/config.js",
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"title": "$:/core/modules/deserializers.js",
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming,\n\t\tresults = [];\n\ttry {\n\t\tincoming = JSON.parse(text);\n\t} catch(e) {\n\t\tincoming = [{\n\t\t\ttitle: \"JSON error: \" + e,\n\t\t\ttext: \"\"\n\t\t}]\n\t}\n\tif(!$tw.utils.isArray(incoming)) {\n\t\tincoming = [incoming];\n\t}\n\tfor(var t=0; t<incoming.length; t++) {\n\t\tvar incomingFields = incoming[t],\n\t\t\tfields = {};\n\t\tfor(var f in incomingFields) {\n\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t}\n\t\t}\n\t\tresults.push(fields);\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/editor/engines/framed.js": {
"title": "$:/core/modules/editor/engines/framed.js",
"text": "/*\\\ntitle: $:/core/modules/editor/engines/framed.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea within an iframe. This is done so that the selection is preserved even when clicking away from the textarea\n\n\\*/\n(function(){\n\n/*jslint node: true,browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction FramedEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create our hidden dummy text area for reading styles\n\tthis.dummyTextArea = this.widget.document.createElement(\"textarea\");\n\tif(this.widget.editClass) {\n\t\tthis.dummyTextArea.className = this.widget.editClass;\n\t}\n\tthis.dummyTextArea.setAttribute(\"hidden\",\"true\");\n\tthis.parentNode.insertBefore(this.dummyTextArea,this.nextSibling);\n\tthis.widget.domNodes.push(this.dummyTextArea);\n\t// Create the iframe\n\tthis.iframeNode = this.widget.document.createElement(\"iframe\");\n\tthis.parentNode.insertBefore(this.iframeNode,this.nextSibling);\n\tthis.iframeDoc = this.iframeNode.contentWindow.document;\n\t// (Firefox requires us to put some empty content in the iframe)\n\tthis.iframeDoc.open();\n\tthis.iframeDoc.write(\"\");\n\tthis.iframeDoc.close();\n\t// Style the iframe\n\tthis.iframeNode.className = this.dummyTextArea.className;\n\tthis.iframeNode.style.border = \"none\";\n\tthis.iframeNode.style.padding = \"0\";\n\tthis.iframeNode.style.resize = \"none\";\n\tthis.iframeDoc.body.style.margin = \"0\";\n\tthis.iframeDoc.body.style.padding = \"0\";\n\tthis.widget.domNodes.push(this.iframeNode);\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.iframeDoc.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.iframeDoc.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\t// Copy the styles from the dummy textarea\n\tthis.copyStyles();\n\t// Add event listeners\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"input\",handlerObject: this,handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"keydown\",handlerObject: this.widget,handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.iframeDoc.body.appendChild(this.domNode);\n}\n\n/*\nCopy styles from the dummy text area to the textarea in the iframe\n*/\nFramedEngine.prototype.copyStyles = function() {\n\t// Copy all styles\n\t$tw.utils.copyStyles(this.dummyTextArea,this.domNode);\n\t// Override the ones that should not be set the same as the dummy textarea\n\tthis.domNode.style.display = \"block\";\n\tthis.domNode.style.width = \"100%\";\n\tthis.domNode.style.margin = \"0\";\n\t// In Chrome setting -webkit-text-fill-color overrides the placeholder text colour\n\tthis.domNode.style[\"-webkit-text-fill-color\"] = \"currentcolor\";\n};\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nFramedEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nFramedEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nFramedEngine.prototype.fixHeight = function() {\n\t// Make sure styles are updated\n\tthis.copyStyles();\n\t// Adjust height\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tvar newHeight = $tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t\tthis.iframeNode.style.height = (newHeight + 14) + \"px\"; // +14 for the border on the textarea\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t\tthis.iframeNode.style.height = (fixedHeight + 14) + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nFramedEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nFramedEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nFramedEngine.prototype.createTextOperation = function() {\n\tvar operation = {\n\t\ttext: this.domNode.value,\n\t\tselStart: this.domNode.selectionStart,\n\t\tselEnd: this.domNode.selectionEnd,\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nFramedEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t\t// Attempt to use a execCommand to modify the value of the control\n\t\tif(this.iframeDoc.queryCommandSupported(\"insertText\") && this.iframeDoc.queryCommandSupported(\"delete\") && !$tw.browser.isFirefox) {\n\t\t\tthis.domNode.focus();\n\t\t\tthis.domNode.setSelectionRange(operation.cutStart,operation.cutEnd);\n\t\t\tif(operation.replacement === \"\") {\n\t\t\t\tthis.iframeDoc.execCommand(\"delete\",false,\"\");\n\t\t\t} else {\n\t\t\t\tthis.iframeDoc.execCommand(\"insertText\",false,operation.replacement);\n\t\t\t}\n\t\t} else {\n\t\t\tthis.domNode.value = newText;\n\t\t}\n\t\tthis.domNode.focus();\n\t\tthis.domNode.setSelectionRange(operation.newSelStart,operation.newSelEnd);\n\t}\n\tthis.domNode.focus();\n\treturn newText;\n};\n\nexports.FramedEngine = FramedEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/engines/simple.js": {
"title": "$:/core/modules/editor/engines/simple.js",
"text": "/*\\\ntitle: $:/core/modules/editor/engines/simple.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction SimpleEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.widget.document.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.widget.document.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nSimpleEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode || text === \"\") {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nSimpleEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nSimpleEngine.prototype.fixHeight = function() {\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\t$tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nSimpleEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nSimpleEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"focus\" event\n*/\nSimpleEngine.prototype.handleFocusEvent = function(event) {\n\tif(this.widget.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNode,\n\t\t\ttitle: this.widget.editFocusPopup,\n\t\t\twiki: this.widget.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nSimpleEngine.prototype.createTextOperation = function() {\n\treturn null;\n};\n\n/*\nExecute a text operation\n*/\nSimpleEngine.prototype.executeTextOperation = function(operation) {\n};\n\nexports.SimpleEngine = SimpleEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/factory.js": {
"title": "$:/core/modules/editor/factory.js",
"text": "/*\\\ntitle: $:/core/modules/editor/factory.js\ntype: application/javascript\nmodule-type: library\n\nFactory for constructing text editor widgets with specified engines for the toolbar and non-toolbar cases\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\n// Configuration tiddlers\nvar HEIGHT_MODE_TITLE = \"$:/config/TextEditor/EditorHeight/Mode\";\nvar ENABLE_TOOLBAR_TITLE = \"$:/config/TextEditor/EnableToolbar\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nfunction editTextWidgetFactory(toolbarEngine,nonToolbarEngine) {\n\n\tvar EditTextWidget = function(parseTreeNode,options) {\n\t\t// Initialise the editor operations if they've not been done already\n\t\tif(!this.editorOperations) {\n\t\t\tEditTextWidget.prototype.editorOperations = {};\n\t\t\t$tw.modules.applyMethods(\"texteditoroperation\",this.editorOperations);\n\t\t}\n\t\tthis.initialise(parseTreeNode,options);\n\t};\n\n\t/*\n\tInherit from the base widget class\n\t*/\n\tEditTextWidget.prototype = new Widget();\n\n\t/*\n\tRender this widget into the DOM\n\t*/\n\tEditTextWidget.prototype.render = function(parent,nextSibling) {\n\t\t// Save the parent dom node\n\t\tthis.parentDomNode = parent;\n\t\t// Compute our attributes\n\t\tthis.computeAttributes();\n\t\t// Execute our logic\n\t\tthis.execute();\n\t\t// Create the wrapper for the toolbar and render its content\n\t\tif(this.editShowToolbar) {\n\t\t\tthis.toolbarNode = this.document.createElement(\"div\");\n\t\t\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\t\t\tparent.insertBefore(this.toolbarNode,nextSibling);\n\t\t\tthis.renderChildren(this.toolbarNode,null);\n\t\t\tthis.domNodes.push(this.toolbarNode);\n\t\t}\n\t\t// Create our element\n\t\tvar editInfo = this.getEditInfo(),\n\t\t\tEngine = this.editShowToolbar ? toolbarEngine : nonToolbarEngine;\n\t\tthis.engine = new Engine({\n\t\t\t\twidget: this,\n\t\t\t\tvalue: editInfo.value,\n\t\t\t\ttype: editInfo.type,\n\t\t\t\tparentNode: parent,\n\t\t\t\tnextSibling: nextSibling\n\t\t\t});\n\t\t// Call the postRender hook\n\t\tif(this.postRender) {\n\t\t\tthis.postRender();\n\t\t}\n\t\t// Fix height\n\t\tthis.engine.fixHeight();\n\t\t// Focus if required\n\t\tif(this.editFocus === \"true\" || this.editFocus === \"yes\") {\n\t\t\tthis.engine.focus();\n\t\t}\n\t\t// Add widget message listeners\n\t\tthis.addEventListeners([\n\t\t\t{type: \"tm-edit-text-operation\", handler: \"handleEditTextOperationMessage\"}\n\t\t]);\n\t};\n\n\t/*\n\tGet the tiddler being edited and current value\n\t*/\n\tEditTextWidget.prototype.getEditInfo = function() {\n\t\t// Get the edit value\n\t\tvar self = this,\n\t\t\tvalue,\n\t\t\ttype = \"text/plain\",\n\t\t\tupdate;\n\t\tif(this.editIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\t\tupdate = function(value) {\n\t\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t\t}\n\t\t\t};\n\t\t} else {\n\t\t\t// Get the current tiddler and the field name\n\t\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\t\tif(tiddler) {\n\t\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\t\tif(this.editField === \"text\") {\n\t\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\t\tswitch(this.editField) {\n\t\t\t\t\tcase \"text\":\n\t\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"title\":\n\t\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tvalue = \"\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\t\tvalue = this.editDefault;\n\t\t\t\t}\n\t\t\t}\n\t\t\tupdate = function(value) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\t\tupdateFields = {\n\t\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t\t};\n\t\t\t\tupdateFields[self.editField] = value;\n\t\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t\t};\n\t\t}\n\t\tif(this.editType) {\n\t\t\ttype = this.editType;\n\t\t}\n\t\treturn {value: value || \"\", type: type, update: update};\n\t};\n\n\t/*\n\tHandle an edit text operation message from the toolbar\n\t*/\n\tEditTextWidget.prototype.handleEditTextOperationMessage = function(event) {\n\t\t// Prepare information about the operation\n\t\tvar operation = this.engine.createTextOperation();\n\t\t// Invoke the handler for the selected operation\n\t\tvar handler = this.editorOperations[event.param];\n\t\tif(handler) {\n\t\t\thandler.call(this,event,operation);\n\t\t}\n\t\t// Execute the operation via the engine\n\t\tvar newText = this.engine.executeTextOperation(operation);\n\t\t// Fix the tiddler height and save changes\n\t\tthis.engine.fixHeight();\n\t\tthis.saveChanges(newText);\n\t};\n\n\t/*\n\tCompute the internal state of the widget\n\t*/\n\tEditTextWidget.prototype.execute = function() {\n\t\t// Get our parameters\n\t\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t\tthis.editField = this.getAttribute(\"field\",\"text\");\n\t\tthis.editIndex = this.getAttribute(\"index\");\n\t\tthis.editDefault = this.getAttribute(\"default\");\n\t\tthis.editClass = this.getAttribute(\"class\");\n\t\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t\tthis.editSize = this.getAttribute(\"size\");\n\t\tthis.editRows = this.getAttribute(\"rows\");\n\t\tthis.editAutoHeight = this.wiki.getTiddlerText(HEIGHT_MODE_TITLE,\"auto\");\n\t\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",this.editAutoHeight === \"auto\" ? \"yes\" : \"no\") === \"yes\";\n\t\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\t\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t\tthis.editFocus = this.getAttribute(\"focus\");\n\t\t// Get the default editor element tag and type\n\t\tvar tag,type;\n\t\tif(this.editField === \"text\") {\n\t\t\ttag = \"textarea\";\n\t\t} else {\n\t\t\ttag = \"input\";\n\t\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\t\ttag = fieldModule.editTag;\n\t\t\t}\n\t\t\tif(fieldModule && fieldModule.editType) {\n\t\t\t\ttype = fieldModule.editType;\n\t\t\t}\n\t\t\ttype = type || \"text\";\n\t\t}\n\t\t// Get the rest of our parameters\n\t\tthis.editTag = this.getAttribute(\"tag\",tag);\n\t\tthis.editType = this.getAttribute(\"type\",type);\n\t\t// Make the child widgets\n\t\tthis.makeChildWidgets();\n\t\t// Determine whether to show the toolbar\n\t\tthis.editShowToolbar = this.wiki.getTiddlerText(ENABLE_TOOLBAR_TITLE,\"yes\");\n\t\tthis.editShowToolbar = (this.editShowToolbar === \"yes\") && !!(this.children && this.children.length > 0);\n\t};\n\n\t/*\n\tSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n\t*/\n\tEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\t\tvar changedAttributes = this.computeAttributes();\n\t\t// Completely rerender if any of our attributes have changed\n\t\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup || changedAttributes.rows || changedTiddlers[HEIGHT_MODE_TITLE] || changedTiddlers[ENABLE_TOOLBAR_TITLE]) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t\t} else if(changedTiddlers[this.editTitle]) {\n\t\t\tvar editInfo = this.getEditInfo();\n\t\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\t}\n\t\tthis.engine.fixHeight();\n\t\tif(this.editShowToolbar) {\n\t\t\treturn this.refreshChildren(changedTiddlers);\t\t\t\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t};\n\n\t/*\n\tUpdate the editor with new text. This method is separate from updateEditorDomNode()\n\tso that subclasses can override updateEditor() and still use updateEditorDomNode()\n\t*/\n\tEditTextWidget.prototype.updateEditor = function(text,type) {\n\t\tthis.updateEditorDomNode(text,type);\n\t};\n\n\t/*\n\tUpdate the editor dom node with new text\n\t*/\n\tEditTextWidget.prototype.updateEditorDomNode = function(text,type) {\n\t\tthis.engine.setText(text,type);\n\t};\n\n\t/*\n\tSave changes back to the tiddler store\n\t*/\n\tEditTextWidget.prototype.saveChanges = function(text) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tif(text !== editInfo.value) {\n\t\t\teditInfo.update(text);\n\t\t}\n\t};\n\n\t/*\n\tHandle a dom \"keydown\" event, which we'll bubble up to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.handleKeydownEvent = function(event) {\n\t\t// Check for a keyboard shortcut\n\t\tif(this.toolbarNode) {\n\t\t\tvar shortcutElements = this.toolbarNode.querySelectorAll(\"[data-tw-keyboard-shortcut]\");\n\t\t\tfor(var index=0; index<shortcutElements.length; index++) {\n\t\t\t\tvar el = shortcutElements[index],\n\t\t\t\t\tshortcutData = el.getAttribute(\"data-tw-keyboard-shortcut\"),\n\t\t\t\t\tkeyInfoArray = $tw.keyboardManager.parseKeyDescriptors(shortcutData,{\n\t\t\t\t\t\twiki: this.wiki\n\t\t\t\t\t});\n\t\t\t\tif($tw.keyboardManager.checkKeyDescriptors(event,keyInfoArray)) {\n\t\t\t\t\tvar clickEvent = this.document.createEvent(\"Events\");\n\t\t\t\t clickEvent.initEvent(\"click\",true,false);\n\t\t\t\t el.dispatchEvent(clickEvent);\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\treturn true;\t\t\t\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// Propogate the event to the container\n\t\tif(this.propogateKeydownEvent(event)) {\n\t\t\t// Ignore the keydown if it was already handled\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise, process the keydown normally\n\t\treturn false;\n\t};\n\n\t/*\n\tPropogate keydown events to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.propogateKeydownEvent = function(event) {\n\t\tvar newEvent = this.document.createEventObject ? this.document.createEventObject() : this.document.createEvent(\"Events\");\n\t\tif(newEvent.initEvent) {\n\t\t\tnewEvent.initEvent(\"keydown\", true, true);\n\t\t}\n\t\tnewEvent.keyCode = event.keyCode;\n\t\tnewEvent.which = event.which;\n\t\tnewEvent.metaKey = event.metaKey;\n\t\tnewEvent.ctrlKey = event.ctrlKey;\n\t\tnewEvent.altKey = event.altKey;\n\t\tnewEvent.shiftKey = event.shiftKey;\n\t\treturn !this.parentDomNode.dispatchEvent(newEvent);\n\t};\n\n\treturn EditTextWidget;\n\n}\n\nexports.editTextWidgetFactory = editTextWidgetFactory;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/operations/bitmap/clear.js": {
"title": "$:/core/modules/editor/operations/bitmap/clear.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/clear.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to clear the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"clear\"] = function(event) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.globalAlpha = 1;\n\tctx.fillStyle = event.paramObject.colour || \"white\";\n\tctx.fillRect(0,0,this.canvasDomNode.width,this.canvasDomNode.height);\n\t// Save changes\n\tthis.strokeEnd();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/resize.js": {
"title": "$:/core/modules/editor/operations/bitmap/resize.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/resize.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to resize the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"resize\"] = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(event.paramObject.width || this.canvasDomNode.width,10),\n\t\tnewHeight = parseInt(event.paramObject.height || this.canvasDomNode.height,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newHeight > 0 && !(newWidth === this.currCanvas.width && newHeight === this.currCanvas.height)) {\n\t\tthis.changeCanvasSize(newWidth,newHeight);\n\t}\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/text/excise.js": {
"title": "$:/core/modules/editor/operations/text/excise.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/excise.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to excise the selection to a new tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"excise\"] = function(event,operation) {\n\tvar editTiddler = this.wiki.getTiddler(this.editTitle),\n\t\teditTiddlerTitle = this.editTitle;\n\tif(editTiddler && editTiddler.fields[\"draft.of\"]) {\n\t\teditTiddlerTitle = editTiddler.fields[\"draft.of\"];\n\t}\n\tvar excisionTitle = event.paramObject.title || this.wiki.generateNewTitle(\"New Excision\");\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\tthis.wiki.getModificationFields(),\n\t\t{\n\t\t\ttitle: excisionTitle,\n\t\t\ttext: operation.selection,\n\t\t\ttags: event.paramObject.tagnew === \"yes\" ? [editTiddlerTitle] : []\n\t\t}\n\t));\n\toperation.replacement = excisionTitle;\n\tswitch(event.paramObject.type || \"transclude\") {\n\t\tcase \"transclude\":\n\t\t\toperation.replacement = \"{{\" + operation.replacement+ \"}}\";\n\t\t\tbreak;\n\t\tcase \"link\":\n\t\t\toperation.replacement = \"[[\" + operation.replacement+ \"]]\";\n\t\t\tbreak;\n\t\tcase \"macro\":\n\t\t\toperation.replacement = \"<<\" + (event.paramObject.macro || \"translink\") + \" \\\"\\\"\\\"\" + operation.replacement + \"\\\"\\\"\\\">>\";\n\t\t\tbreak;\n\t}\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/make-link.js": {
"title": "$:/core/modules/editor/operations/text/make-link.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/make-link.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to make a link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"make-link\"] = function(event,operation) {\n\tif(operation.selection) {\n\t\toperation.replacement = \"[[\" + operation.selection + \"|\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t} else {\n\t\toperation.replacement = \"[[\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t}\n\toperation.newSelStart = operation.selStart + operation.replacement.length;\n\toperation.newSelEnd = operation.newSelStart;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/prefix-lines.js": {
"title": "$:/core/modules/editor/operations/text/prefix-lines.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/prefix-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to add a prefix to the selected lines\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"prefix-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Compose the required prefix\n\tvar prefix = $tw.utils.repeat(event.paramObject.character,event.paramObject.count);\n\t// Process each line\n\tvar lines = operation.text.substring(operation.cutStart,operation.cutEnd).split(/\\r?\\n/mg);\n\t$tw.utils.each(lines,function(line,index) {\n\t\t// Remove and count any existing prefix characters\n\t\tvar count = 0;\n\t\twhile(line.charAt(0) === event.paramObject.character) {\n\t\t\tline = line.substring(1);\n\t\t\tcount++;\n\t\t}\n\t\t// Remove any whitespace\n\t\twhile(line.charAt(0) === \" \") {\n\t\t\tline = line.substring(1);\n\t\t}\n\t\t// We're done if we removed the exact required prefix, otherwise add it\n\t\tif(count !== event.paramObject.count) {\n\t\t\t// Apply the prefix\n\t\t\tline = prefix + \" \" + line;\n\t\t}\n\t\t// Save the modified line\n\t\tlines[index] = line;\n\t});\n\t// Stitch the replacement text together and set the selection\n\toperation.replacement = lines.join(\"\\n\");\n\tif(lines.length === 1) {\n\t\toperation.newSelStart = operation.cutStart + operation.replacement.length;\n\t\toperation.newSelEnd = operation.newSelStart;\n\t} else {\n\t\toperation.newSelStart = operation.cutStart;\n\t\toperation.newSelEnd = operation.newSelStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-all.js": {
"title": "$:/core/modules/editor/operations/text/replace-all.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-all.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the entire text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-all\"] = function(event,operation) {\n\toperation.cutStart = 0;\n\toperation.cutEnd = operation.text.length;\n\toperation.replacement = event.paramObject.text;\n\toperation.newSelStart = 0;\n\toperation.newSelEnd = operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-selection.js": {
"title": "$:/core/modules/editor/operations/text/replace-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the selection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-selection\"] = function(event,operation) {\n\toperation.replacement = event.paramObject.text;\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-lines.js": {
"title": "$:/core/modules/editor/operations/text/wrap-lines.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selected lines with a prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Add the prefix and suffix\n\toperation.replacement = event.paramObject.prefix + \"\\n\" +\n\t\t\t\toperation.text.substring(operation.cutStart,operation.cutEnd) + \"\\n\" +\n\t\t\t\tevent.paramObject.suffix + \"\\n\";\n\toperation.newSelStart = operation.cutStart + event.paramObject.prefix.length + 1;\n\toperation.newSelEnd = operation.newSelStart + (operation.cutEnd - operation.cutStart);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-selection.js": {
"title": "$:/core/modules/editor/operations/text/wrap-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selection with the specified prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-selection\"] = function(event,operation) {\n\tif(operation.selStart === operation.selEnd) {\n\t\t// No selection; check if we're within the prefix/suffix\n\t\tif(operation.text.substring(operation.selStart - event.paramObject.prefix.length,operation.selStart + event.paramObject.suffix.length) === event.paramObject.prefix + event.paramObject.suffix) {\n\t\t\t// Remove the prefix and suffix unless they comprise the entire text\n\t\t\tif(operation.selStart > event.paramObject.prefix.length || (operation.selEnd + event.paramObject.suffix.length) < operation.text.length ) {\n\t\t\t\toperation.cutStart = operation.selStart - event.paramObject.prefix.length;\n\t\t\t\toperation.cutEnd = operation.selEnd + event.paramObject.suffix.length;\n\t\t\t\toperation.replacement = \"\";\n\t\t\t\toperation.newSelStart = operation.cutStart;\n\t\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t\t}\n\t\t} else {\n\t\t\t// Wrap the cursor instead\n\t\t\toperation.cutStart = operation.selStart;\n\t\t\toperation.cutEnd = operation.selEnd;\n\t\t\toperation.replacement = event.paramObject.prefix + event.paramObject.suffix;\n\t\t\toperation.newSelStart = operation.selStart + event.paramObject.prefix.length;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t}\n\t} else if(operation.text.substring(operation.selStart,operation.selStart + event.paramObject.prefix.length) === event.paramObject.prefix && operation.text.substring(operation.selEnd - event.paramObject.suffix.length,operation.selEnd) === event.paramObject.suffix) {\n\t\t// Prefix and suffix are already present, so remove them\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = operation.selection.substring(event.paramObject.prefix.length,operation.selection.length - event.paramObject.suffix.length);\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t} else {\n\t\t// Add the prefix and suffix\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = event.paramObject.prefix + operation.selection + event.paramObject.suffix;\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/filters/addprefix.js": {
"title": "$:/core/modules/filters/addprefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"title": "$:/core/modules/filters/addsuffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"title": "$:/core/modules/filters/after.js",
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"title": "$:/core/modules/filters/all/current.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"title": "$:/core/modules/filters/all/missing.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"title": "$:/core/modules/filters/all/orphans.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"title": "$:/core/modules/filters/all/shadows.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tags.js": {
"title": "$:/core/modules/filters/all/tags.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/tags.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tags]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,prefix,options) {\n\treturn Object.keys(options.wiki.getTagMap());\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"title": "$:/core/modules/filters/all/tiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"title": "$:/core/modules/filters/all.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"title": "$:/core/modules/filters/backlinks.js",
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"title": "$:/core/modules/filters/before.js",
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"title": "$:/core/modules/filters/commands.js",
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/count.js": {
"title": "$:/core/modules/filters/count.js",
"text": "/*\\\ntitle: $:/core/modules/filters/count.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the number of entries in the current list.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.count = function(source,operator,options) {\n\tvar count = 0;\n\tsource(function(tiddler,title) {\n\t\tcount++;\n\t});\n\treturn [count + \"\"];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/days.js": {
"title": "$:/core/modules/filters/days.js",
"text": "/*\\\ntitle: $:/core/modules/filters/days.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a specified date field within a specified date interval.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.days = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\tdayInterval = (parseInt(operator.operand,10)||0),\n\t\tdayIntervalSign = $tw.utils.sign(dayInterval),\n\t\ttargetTimeStamp = (new Date()).setHours(0,0,0,0) + 1000*60*60*24*dayInterval,\n\t\tisWithinDays = function(dateField) {\n\t\t\tvar sign = $tw.utils.sign(targetTimeStamp - (new Date(dateField)).setHours(0,0,0,0));\n\t\t\treturn sign === 0 || sign === dayIntervalSign;\n\t\t};\n\n\tif(operator.prefix === \"!\") {\n\t\ttargetTimeStamp = targetTimeStamp - 1000*60*60*24*dayIntervalSign;\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(!isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"title": "$:/core/modules/filters/each.js",
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field.\nWith suffix \"list\", selects all tiddlers that are values in a specified list field.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results =[] ,\n\t\tvalue,values = {},\n\t\tfield = operator.operand || \"title\";\n\tif(operator.suffix !== \"list-item\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvalue = (field === \"title\") ? title : tiddler.getFieldString(field);\n\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(\n\t\t\t\t\toptions.wiki.getTiddlerList(title,field),\n\t\t\t\t\tfunction(value) {\n\t\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\t\tresults.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"title": "$:/core/modules/filters/eachday.js",
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editiondescription.js": {
"title": "$:/core/modules/filters/editiondescription.js",
"text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editions.js": {
"title": "$:/core/modules/filters/editions.js",
"text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/decodeuricomponent.js": {
"title": "$:/core/modules/filters/decodeuricomponent.js",
"text": "/*\\\ntitle: $:/core/modules/filters/decodeuricomponent.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for applying decodeURIComponent() to each item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter functions\n*/\n\nexports.decodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(decodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.encodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.decodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(decodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.encodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.decodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlDecode(title));\n\t});\n\treturn results;\n};\n\nexports.encodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlEncode(title));\n\t});\n\treturn results;\n};\n\nexports.stringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.stringify(title));\n\t});\n\treturn results;\n};\n\nexports.jsonstringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.jsonStringify(title));\n\t});\n\treturn results;\n};\n\nexports.escaperegexp = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.escapeRegExp(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/enlist.js": {
"title": "$:/core/modules/filters/enlist.js",
"text": "/*\\\ntitle: $:/core/modules/filters/enlist.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand parsed as a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.enlist = function(source,operator,options) {\n\tvar list = $tw.utils.parseStringArray(operator.operand);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"title": "$:/core/modules/filters/field.js",
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"title": "$:/core/modules/filters/fields.js",
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"title": "$:/core/modules/filters/get.js",
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getindex.js": {
"title": "$:/core/modules/filters/getindex.js",
"text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"title": "$:/core/modules/filters/has.js",
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [],\n\t\tinvert = operator.prefix === \"!\";\n\n\tif(operator.suffix === \"field\") {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand)))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || !$tw.utils.hop(tiddler.fields,operator.operand) || (tiddler.fields[operator.operand] === \"\")) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && !(tiddler.fields[operator.operand] === \"\" || tiddler.fields[operator.operand].length === 0)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/haschanged.js": {
"title": "$:/core/modules/filters/haschanged.js",
"text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"title": "$:/core/modules/filters/indexes.js",
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerDataCached(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/insertbefore.js": {
"title": "$:/core/modules/filters/insertbefore.js",
"text": "/*\\\ntitle: $:/core/modules/filters/insertbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nInsert an item before another item in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.insertbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar target = options.widget && options.widget.getVariable(operator.suffix || \"currentTiddler\");\n\tif(target !== operator.operand) {\n\t\t// Remove the entry from the list if it is present\n\t\tvar pos = results.indexOf(operator.operand);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,1);\n\t\t}\n\t\t// Insert the entry before the target marker\n\t\tpos = results.indexOf(target);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,0,operator.operand);\n\t\t} else {\n\t\t\tresults.push(operator.operand);\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/current.js": {
"title": "$:/core/modules/filters/is/current.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"title": "$:/core/modules/filters/is/image.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"title": "$:/core/modules/filters/is/missing.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"title": "$:/core/modules/filters/is/orphan.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"title": "$:/core/modules/filters/is/shadow.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"title": "$:/core/modules/filters/is/system.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"title": "$:/core/modules/filters/is/tag.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"title": "$:/core/modules/filters/is/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"title": "$:/core/modules/filters/is.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tif(operator.operand) {\n\t\tvar isFilterOperator = isFilterOperators[operator.operand];\n\t\tif(isFilterOperator) {\n\t\t\treturn isFilterOperator(source,operator.prefix,options);\n\t\t} else {\n\t\t\treturn [$tw.language.getString(\"Error/IsFilterOperator\")];\n\t\t}\n\t} else {\n\t\t// Return all tiddlers if the operand is missing\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t\treturn results;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"title": "$:/core/modules/filters/limit.js",
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"title": "$:/core/modules/filters/links.js",
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"title": "$:/core/modules/filters/list.js",
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"title": "$:/core/modules/filters/listed.js",
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"title": "$:/core/modules/filters/listops.js",
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.order = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.operand.toLowerCase() === \"reverse\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.unshift(title);\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\t\t\n\t}\n\treturn results;\n};\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/lookup.js": {
"title": "$:/core/modules/filters/lookup.js",
"text": "/*\\\ntitle: $:/core/modules/filters/lookup.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that looks up values via a title prefix\n\n[lookup:<field>[<prefix>]]\n\nPrepends the prefix to the selected items and returns the specified field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.lookup = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.wiki.getTiddlerText(operator.operand + title) || options.wiki.getTiddlerText(operator.operand + operator.suffix));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/minlength.js": {
"title": "$:/core/modules/filters/minlength.js",
"text": "/*\\\ntitle: $:/core/modules/filters/minlength.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for filtering out titles that don't meet the minimum length in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.minlength = function(source,operator,options) {\n\tvar results = [],\n\t\tminLength = parseInt(operator.operand || \"\",10) || 0;\n\tsource(function(tiddler,title) {\n\t\tif(title.length >= minLength) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"title": "$:/core/modules/filters/modules.js",
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"title": "$:/core/modules/filters/moduletypes.js",
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"title": "$:/core/modules/filters/next.js",
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"title": "$:/core/modules/filters/plugintiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerDataCached(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"title": "$:/core/modules/filters/prefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"title": "$:/core/modules/filters/previous.js",
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"title": "$:/core/modules/filters/regexp.js",
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"title": "$:/core/modules/filters/removeprefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"title": "$:/core/modules/filters/removesuffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"title": "$:/core/modules/filters/sameday.js",
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tif(tiddler.getFieldDay(fieldName) === targetDate) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"title": "$:/core/modules/filters/search.js",
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"title": "$:/core/modules/filters/shadowsource.js",
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"title": "$:/core/modules/filters/sort.js",
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"title": "$:/core/modules/filters/splitbefore.js",
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"title": "$:/core/modules/filters/storyviews.js",
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"title": "$:/core/modules/filters/suffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"title": "$:/core/modules/filters/tag.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif((operator.suffix || \"\").toLowerCase() === \"strict\" && !operator.operand) {\n\t\t// New semantics:\n\t\t// Always return copy of input if operator.operand is missing\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t} else {\n\t\t// Old semantics:\n\t\tif(operator.prefix === \"!\") {\n\t\t\t// Returns a copy of the input if operator.operand is missing\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\t// Returns empty results if operator.operand is missing\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t\t}\t\t\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"title": "$:/core/modules/filters/tagging.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"title": "$:/core/modules/filters/tags.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar tags = {};\n\tsource(function(tiddler,title) {\n\t\tvar t, length;\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\tfor(t=0, length=tiddler.fields.tags.length; t<length; t++) {\n\t\t\t\ttags[tiddler.fields.tags[t]] = true;\n\t\t\t}\n\t\t}\n\t});\n\treturn Object.keys(tags);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"title": "$:/core/modules/filters/title.js",
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"title": "$:/core/modules/filters/untagged.js",
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/wikiparserrules.js": {
"title": "$:/core/modules/filters/wikiparserrules.js",
"text": "/*\\\ntitle: $:/core/modules/filters/wikiparserrules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the wiki parser rules in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.wikiparserrules = function(source,operator,options) {\n\tvar results = [],\n\t\toperand = operator.operand;\n\t$tw.utils.each($tw.modules.types.wikirule,function(mod) {\n\t\tvar exp = mod.exports;\n\t\tif(!operand || exp.types[operand]) {\n\t\t\tresults.push(exp.name);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/x-listops.js": {
"title": "$:/core/modules/filters/x-listops.js",
"text": "/*\\\ntitle: $:/core/modules/filters/x-listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nExtended filter operators to manipulate the current list.\n\n\\*/\n(function () {\n\n /*jslint node: true, browser: true */\n /*global $tw: false */\n \"use strict\";\n\n /*\n Fetch titles from the current list\n */\n var prepare_results = function (source) {\n var results = [];\n source(function (tiddler, title) {\n results.push(title);\n });\n return results;\n };\n\n /*\n Moves a number of items from the tail of the current list before the item named in the operand\n */\n exports.putbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list after the item named in the operand\n */\n exports.putafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index + 1).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Replaces the item named in the operand with a number of items from the tail of the current list\n */\n exports.replace = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1;\n return (index === -1) ?\n results.slice(0, -count) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list to the head of the list\n */\n exports.putfirst = function (source, operator) {\n var results = prepare_results(source),\n count = parseInt(operator.suffix) || 1;\n return results.slice(-count).concat(results.slice(0, -count));\n };\n\n /*\n Moves a number of items from the head of the current list to the tail of the list\n */\n exports.putlast = function (source, operator) {\n var results = prepare_results(source),\n count = parseInt(operator.suffix) || 1;\n return results.slice(count).concat(results.slice(0, count));\n };\n\n /*\n Moves the item named in the operand a number of places forward or backward in the list\n */\n exports.move = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = parseInt(operator.suffix) || 1,\n marker = results.splice(index, 1),\n offset = (index + count) > 0 ? index + count : 0;\n return results.slice(0, offset).concat(marker).concat(results.slice(offset));\n };\n\n /*\n Returns the items from the current list that are after the item named in the operand\n */\n exports.allafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index === -1 || index > (results.length - 2)) ? [] :\n (operator.suffix) ? results.slice(index) :\n results.slice(index + 1);\n };\n\n /*\n Returns the items from the current list that are before the item named in the operand\n */\n exports.allbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index < 0) ? [] :\n (operator.suffix) ? results.slice(0, index + 1) :\n results.slice(0, index);\n };\n\n /*\n Appends the items listed in the operand array to the tail of the current list\n */\n exports.append = function (source, operator) {\n var append = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || append.length;\n return (append.length === 0) ? results :\n (operator.prefix) ? results.concat(append.slice(-count)) :\n results.concat(append.slice(0, count));\n };\n\n /*\n Prepends the items listed in the operand array to the head of the current list\n */\n exports.prepend = function (source, operator) {\n var prepend = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || prepend.length;\n return (prepend.length === 0) ? results :\n (operator.prefix) ? prepend.slice(-count).concat(results) :\n prepend.slice(0, count).concat(results);\n };\n\n /*\n Returns all items from the current list except the items listed in the operand array\n */\n exports.remove = function (source, operator) {\n var array = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || array.length,\n p,\n len,\n index;\n len = array.length - 1;\n for (p = 0; p < count; ++p) {\n if (operator.prefix) {\n index = results.indexOf(array[len - p]);\n } else {\n index = results.indexOf(array[p]);\n }\n if (index !== -1) {\n results.splice(index, 1);\n }\n }\n return results;\n };\n\n /*\n Returns all items from the current list sorted in the order of the items in the operand array\n */\n exports.sortby = function (source, operator) {\n var results = prepare_results(source);\n if (!results || results.length < 2) {\n return results;\n }\n var lookup = $tw.utils.parseStringArray(operator.operand, \"true\");\n results.sort(function (a, b) {\n return lookup.indexOf(a) - lookup.indexOf(b);\n });\n return results;\n };\n\n /*\n Removes all duplicate items from the current list\n */\n exports.unique = function (source, operator) {\n var results = prepare_results(source);\n var set = results.reduce(function (a, b) {\n if (a.indexOf(b) < 0) {\n a.push(b);\n }\n return a;\n }, []);\n return set;\n };\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"title": "$:/core/modules/filters.js",
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar nextBracketPos, operator;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tnextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow $tw.language.getString(\"Error/FilterSyntax\");\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [$tw.language.getString(\"Error/Filter\") + \": \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/info/platform.js": {
"title": "$:/core/modules/info/platform.js",
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\t// Document location\n\tif($tw.browser) {\n\t\tvar setLocationProperty = function(name,value) {\n\t\t\t\tinfoTiddlerFields.push({title: \"$:/info/url/\" + name, text: value});\t\t\t\n\t\t\t},\n\t\t\tlocation = document.location;\n\t\tsetLocationProperty(\"full\", (location.toString()).split(\"#\")[0]);\n\t\tsetLocationProperty(\"host\", location.host);\n\t\tsetLocationProperty(\"hostname\", location.hostname);\n\t\tsetLocationProperty(\"protocol\", location.protocol);\n\t\tsetLocationProperty(\"port\", location.port);\n\t\tsetLocationProperty(\"pathname\", location.pathname);\n\t\tsetLocationProperty(\"search\", location.search);\n\t\tsetLocationProperty(\"origin\", location.origin);\n\t}\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/keyboard.js": {
"title": "$:/core/modules/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/keyboard.js\ntype: application/javascript\nmodule-type: global\n\nKeyboard handling utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"cancel\": 3,\n\t\"help\": 6,\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"clear\": 12,\n\t\"return\": 13,\n\t\"enter\": 13,\n\t\"pause\": 19,\n\t\"escape\": 27,\n\t\"space\": 32,\n\t\"page_up\": 33,\n\t\"page_down\": 34,\n\t\"end\": 35,\n\t\"home\": 36,\n\t\"left\": 37,\n\t\"up\": 38,\n\t\"right\": 39,\n\t\"down\": 40,\n\t\"printscreen\": 44,\n\t\"insert\": 45,\n\t\"delete\": 46,\n\t\"0\": 48,\n\t\"1\": 49,\n\t\"2\": 50,\n\t\"3\": 51,\n\t\"4\": 52,\n\t\"5\": 53,\n\t\"6\": 54,\n\t\"7\": 55,\n\t\"8\": 56,\n\t\"9\": 57,\n\t\"firefoxsemicolon\": 59,\n\t\"firefoxequals\": 61,\n\t\"a\": 65,\n\t\"b\": 66,\n\t\"c\": 67,\n\t\"d\": 68,\n\t\"e\": 69,\n\t\"f\": 70,\n\t\"g\": 71,\n\t\"h\": 72,\n\t\"i\": 73,\n\t\"j\": 74,\n\t\"k\": 75,\n\t\"l\": 76,\n\t\"m\": 77,\n\t\"n\": 78,\n\t\"o\": 79,\n\t\"p\": 80,\n\t\"q\": 81,\n\t\"r\": 82,\n\t\"s\": 83,\n\t\"t\": 84,\n\t\"u\": 85,\n\t\"v\": 86,\n\t\"w\": 87,\n\t\"x\": 88,\n\t\"y\": 89,\n\t\"z\": 90,\n\t\"numpad0\": 96,\n\t\"numpad1\": 97,\n\t\"numpad2\": 98,\n\t\"numpad3\": 99,\n\t\"numpad4\": 100,\n\t\"numpad5\": 101,\n\t\"numpad6\": 102,\n\t\"numpad7\": 103,\n\t\"numpad8\": 104,\n\t\"numpad9\": 105,\n\t\"multiply\": 106,\n\t\"add\": 107,\n\t\"separator\": 108,\n\t\"subtract\": 109,\n\t\"decimal\": 110,\n\t\"divide\": 111,\n\t\"f1\": 112,\n\t\"f2\": 113,\n\t\"f3\": 114,\n\t\"f4\": 115,\n\t\"f5\": 116,\n\t\"f6\": 117,\n\t\"f7\": 118,\n\t\"f8\": 119,\n\t\"f9\": 120,\n\t\"f10\": 121,\n\t\"f11\": 122,\n\t\"f12\": 123,\n\t\"f13\": 124,\n\t\"f14\": 125,\n\t\"f15\": 126,\n\t\"f16\": 127,\n\t\"f17\": 128,\n\t\"f18\": 129,\n\t\"f19\": 130,\n\t\"f20\": 131,\n\t\"f21\": 132,\n\t\"f22\": 133,\n\t\"f23\": 134,\n\t\"f24\": 135,\n\t\"firefoxminus\": 173,\n\t\"semicolon\": 186,\n\t\"equals\": 187,\n\t\"comma\": 188,\n\t\"dash\": 189,\n\t\"period\": 190,\n\t\"slash\": 191,\n\t\"backquote\": 192,\n\t\"openbracket\": 219,\n\t\"backslash\": 220,\n\t\"closebracket\": 221,\n\t\"quote\": 222\n};\n\nfunction KeyboardManager(options) {\n\tvar self = this;\n\toptions = options || \"\";\n\t// Save the named key hashmap\n\tthis.namedKeys = namedKeys;\n\t// Create a reverse mapping of code to keyname\n\tthis.keyNames = [];\n\t$tw.utils.each(namedKeys,function(keyCode,name) {\n\t\tself.keyNames[keyCode] = name.substr(0,1).toUpperCase() + name.substr(1);\n\t});\n\t// Save the platform-specific name of the \"meta\" key\n\tthis.metaKeyName = $tw.platform.isMac ? \"cmd-\" : \"win-\";\n}\n\n/*\nReturn an array of keycodes for the modifier keys ctrl, shift, alt, meta\n*/\nKeyboardManager.prototype.getModifierKeys = function() {\n\treturn [\n\t\t16, // Shift\n\t\t17, // Ctrl\n\t\t18, // Alt\n\t\t20, // CAPS LOCK\n\t\t91, // Meta (left)\n\t\t93, // Meta (right)\n\t\t224 // Meta (Firefox)\n\t]\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n\tmetaKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nKeyboardManager.prototype.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(/\\+|\\-/),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false,\n\t\t\tmetaKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase(),\n\t\t\tc = s.charCodeAt(0);\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\" || s === \"cmd\" || s === \"win\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(this.namedKeys[s]) {\n\t\t\tinfo.keyCode = this.namedKeys[s];\n\t\t}\n\t}\n\tif(info.keyCode) {\n\t\treturn info;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nParse a list of key descriptors into an array of keyInfo objects. The key descriptors can be passed as an array of strings or a space separated string\n*/\nKeyboardManager.prototype.parseKeyDescriptors = function(keyDescriptors,options) {\n\tvar self = this;\n\toptions = options || {};\n\toptions.stack = options.stack || [];\n\tvar wiki = options.wiki || $tw.wiki;\n\tif(typeof keyDescriptors === \"string\" && keyDescriptors === \"\") {\n\t\treturn [];\n\t}\n\tif(!$tw.utils.isArray(keyDescriptors)) {\n\t\tkeyDescriptors = keyDescriptors.split(\" \");\n\t}\n\tvar result = [];\n\t$tw.utils.each(keyDescriptors,function(keyDescriptor) {\n\t\t// Look for a named shortcut\n\t\tif(keyDescriptor.substr(0,2) === \"((\" && keyDescriptor.substr(-2,2) === \"))\") {\n\t\t\tif(options.stack.indexOf(keyDescriptor) === -1) {\n\t\t\t\toptions.stack.push(keyDescriptor);\n\t\t\t\tvar name = keyDescriptor.substring(2,keyDescriptor.length - 2),\n\t\t\t\t\tlookupName = function(configName) {\n\t\t\t\t\t\tvar keyDescriptors = wiki.getTiddlerText(\"$:/config/\" + configName + \"/\" + name);\n\t\t\t\t\t\tif(keyDescriptors) {\n\t\t\t\t\t\t\tresult.push.apply(result,self.parseKeyDescriptors(keyDescriptors,options));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\tlookupName(\"shortcuts\");\n\t\t\t\tlookupName($tw.platform.isMac ? \"shortcuts-mac\" : \"shortcuts-not-mac\");\n\t\t\t\tlookupName($tw.platform.isWindows ? \"shortcuts-windows\" : \"shortcuts-not-windows\");\n\t\t\t\tlookupName($tw.platform.isLinux ? \"shortcuts-linux\" : \"shortcuts-not-linux\");\n\t\t\t}\n\t\t} else {\n\t\t\tresult.push(self.parseKeyDescriptor(keyDescriptor));\n\t\t}\n\t});\n\treturn result;\n};\n\nKeyboardManager.prototype.getPrintableShortcuts = function(keyInfoArray) {\n\tvar self = this,\n\t\tresult = [];\n\t$tw.utils.each(keyInfoArray,function(keyInfo) {\n\t\tif(keyInfo) {\n\t\t\tresult.push((keyInfo.ctrlKey ? \"ctrl-\" : \"\") + \n\t\t\t\t (keyInfo.shiftKey ? \"shift-\" : \"\") + \n\t\t\t\t (keyInfo.altKey ? \"alt-\" : \"\") + \n\t\t\t\t (keyInfo.metaKey ? self.metaKeyName : \"\") + \n\t\t\t\t (self.keyNames[keyInfo.keyCode]));\n\t\t}\n\t});\n\treturn result;\n}\n\nKeyboardManager.prototype.checkKeyDescriptor = function(event,keyInfo) {\n\treturn keyInfo &&\n\t\t\tevent.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === keyInfo.metaKey;\n};\n\nKeyboardManager.prototype.checkKeyDescriptors = function(event,keyInfoArray) {\n\tfor(var t=0; t<keyInfoArray.length; t++) {\n\t\tif(this.checkKeyDescriptor(event,keyInfoArray[t])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\nexports.KeyboardManager = KeyboardManager;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/language.js": {
"title": "$:/core/modules/language.js",
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a wikified translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\n/*\nReturn a raw, unwikified translateable string. The title is automatically prefixed with \"$:/language/\"\n*/\nLanguage.prototype.getRawString = function(title) {\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.getTiddlerText(title);\n};\n\nexports.Language = Language;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"title": "$:/core/modules/macros/changecount.js",
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"title": "$:/core/modules/macros/contrastcolour.js",
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"title": "$:/core/modules/macros/csvtiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/displayshortcuts.js": {
"title": "$:/core/modules/macros/displayshortcuts.js",
"text": "/*\\\ntitle: $:/core/modules/macros/displayshortcuts.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to display a list of keyboard shortcuts in human readable form. Notably, it resolves named shortcuts like `((bold))` to the underlying keystrokes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"displayshortcuts\";\n\nexports.params = [\n\t{name: \"shortcuts\"},\n\t{name: \"prefix\"},\n\t{name: \"separator\"},\n\t{name: \"suffix\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(shortcuts,prefix,separator,suffix) {\n\tvar shortcutArray = $tw.keyboardManager.getPrintableShortcuts($tw.keyboardManager.parseKeyDescriptors(shortcuts,{\n\t\twiki: this.wiki\n\t}));\n\tif(shortcutArray.length > 0) {\n\t\tshortcutArray.sort(function(a,b) {\n\t\t return a.toLowerCase().localeCompare(b.toLowerCase());\n\t\t})\n\t\treturn prefix + shortcutArray.join(separator) + suffix;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/dumpvariables.js": {
"title": "$:/core/modules/macros/dumpvariables.js",
"text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddler.js": {
"title": "$:/core/modules/macros/jsontiddler.js",
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddler.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output a single tiddler to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddler\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\ttitle = title || this.getVariable(\"currentTiddler\");\n\tvar tiddler = !!title && this.wiki.getTiddler(title),\n\t\tfields = new Object();\n\tif(tiddler) {\n\t\tfor(var field in tiddler.fields) {\n\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t}\n\t}\n\treturn JSON.stringify(fields,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"title": "$:/core/modules/macros/jsontiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"title": "$:/core/modules/macros/makedatauri.js",
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string of text to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"title": "$:/core/modules/macros/now.js",
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"title": "$:/core/modules/macros/qualify.js",
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/resolvepath.js": {
"title": "$:/core/modules/macros/resolvepath.js",
"text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"title": "$:/core/modules/macros/version.js",
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"title": "$:/core/modules/parsers/audioparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"title": "$:/core/modules/parsers/csvparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"title": "$:/core/modules/parsers/htmlparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"title": "$:/core/modules/parsers/imageparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\tif(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"title": "$:/core/modules/utils/parseutils.js",
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar p = pos,c;\n\twhile(true) {\n\t\tc = source.charAt(p);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tp++;\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tif(p === pos) {\n\t\treturn null;\n\t} else {\n\t\treturn {\n\t\t\ttype: \"whitespace\",\n\t\t\tstart: pos,\n\t\t\tend: p\n\t\t}\n\t}\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar c;\n\twhile(true) {\n\t\tc = source.charAt(pos);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tpos++;\n\t\t} else {\n\t\t\treturn pos;\n\t\t}\n\t}\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treFilteredValue = /\\{\\{\\{(.+?)\\}\\}\\}/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for a filtered value\n\t\t\tvar filteredValue = $tw.utils.parseTokenRegExp(source,pos,reFilteredValue);\n\t\t\tif(filteredValue) {\n\t\t\t\tpos = filteredValue.end;\n\t\t\t\tnode.type = \"filtered\";\n\t\t\t\tnode.filter = filteredValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for an indirect value\n\t\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\t\tif(indirectValue) {\n\t\t\t\t\tpos = indirectValue.end;\n\t\t\t\t\tnode.type = \"indirect\";\n\t\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a unquoted value\n\t\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\t\tif(unquotedValue) {\n\t\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/pdfparser.js": {
"title": "$:/core/modules/parsers/pdfparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/pdfparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe PDF parser embeds a PDF viewer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"embed\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"application/pdf\"] = ImageParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/textparser.js": {
"title": "$:/core/modules/parsers/textparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/videoparser.js": {
"title": "$:/core/modules/parsers/videoparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/videoparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar VideoParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"video\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"video/mp4\"] = VideoParser;\nexports[\"video/quicktime\"] = VideoParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: https://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Check that the tag is terminated by a space, / or >\n\tif(!$tw.utils.parseWhiteSpace(source,pos) && !(source.charAt(pos) === \"/\") && !(source.charAt(pos) === \">\") ) {\n\t\treturn null;\n\t}\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[https://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [https://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [https://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|https://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /($|\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"set\",\n\t\tattributes: {\n\t\t\tname: {type: \"string\", value: this.match[1]},\n\t\t\tvalue: {type: \"string\", value: text}\n\t\t},\n\t\tchildren: [],\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[https://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|https://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\tnode.attributes.rel = {type: \"string\", value: \"noopener noreferrer\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/syslink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp(\n\t\t\"~?\\\\$:\\\\/[\" +\n\t\t$tw.config.textPrimitives.anyLetter.substr(1,$tw.config.textPrimitives.anyLetter.length - 2) +\n\t\t\"\\/._-]+\",\n\t\t\"mg\"\n\t);\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/whitespace.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/whitespace.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/whitespace.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for whitespace specifications\n\n```\n\\whitespace trim\n\\whitespace notrim\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"whitespace\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\whitespace[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\t$tw.utils.each(tokens,function(token) {\n\t\tswitch(token) {\n\t\t\tcase \"trim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = true;\n\t\t\t\tbreak;\n\t\t\tcase \"notrim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = false;\n\t\t\t\tbreak;\n\t\t}\n\t});\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\t{type: \"macro\", macro: <TBD>} - indirect through a macro invocation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\tvar self = this;\n\t// Check for an externally linked tiddler\n\tif($tw.browser && (text || \"\") === \"\" && options._canonical_uri) {\n\t\tthis.loadRemoteTiddler(options._canonical_uri);\n\t\ttext = $tw.language.getRawString(\"LazyLoadingWarning\");\n\t}\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.pragmaRuleClasses,\"$:/config/WikiParserRules/Pragmas/\");\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.blockRuleClasses,\"$:/config/WikiParserRules/Block/\");\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.inlineRuleClasses,\"$:/config/WikiParserRules/Inline/\");\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Flag for ignoring whitespace\n\tthis.configTrimWhiteSpace = false;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = [];\n\tvar topBranch = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\ttopBranch.push.apply(topBranch,this.parseInlineRun());\n\t} else {\n\t\ttopBranch.push.apply(topBranch,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\n*/\nWikiParser.prototype.loadRemoteTiddler = function(url) {\n\tvar self = this;\n\t$tw.utils.httpRequest({\n\t\turl: url,\n\t\ttype: \"GET\",\n\t\tcallback: function(err,data) {\n\t\t\tif(!err) {\n\t\t\t\tvar tiddlers = self.wiki.deserializeTiddlers(\".tid\",data,self.wiki.getCreationFields());\n\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\ttiddler[\"_canonical_uri\"] = url;\n\t\t\t\t});\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tself.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\n*/\nWikiParser.prototype.setupRules = function(proto,configPrefix) {\n\tvar self = this;\n\tif(!$tw.safemode) {\n\t\t$tw.utils.each(proto,function(object,name) {\n\t\t\tif(self.wiki.getTiddlerText(configPrefix + name,\"enable\") !== \"enable\") {\n\t\t\t\tdelete proto[name];\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar currentTreeBranch = this.tree;\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\tvar subTree = nextMatch.rule.parse();\n\t\tif(subTree.length > 0) {\n\t\t\t// Quick hack; we only cope with a single parse tree node being returned, which is true at the moment\n\t\t\tcurrentTreeBranch.push.apply(currentTreeBranch,subTree);\n\t\t\tsubTree[0].children = [];\n\t\t\tcurrentTreeBranch = subTree[0].children;\n\t\t}\n\t}\n\treturn currentTreeBranch;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,nextMatch.matchIndex));\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,terminatorMatch.index));\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,inlineRuleMatch.matchIndex));\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nPush a text widget onto an array, respecting the configTrimWhiteSpace setting\n*/\nWikiParser.prototype.pushTextWidget = function(array,text) {\n\tif(this.configTrimWhiteSpace) {\n\t\ttext = $tw.utils.trim(text);\n\t}\n\tif(text) {\n\t\tarray.push({type: \"text\", text: text});\t\t\n\t}\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"title": "$:/core/modules/pluginswitcher.js",
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\nonSwitch: callback when plugin is switched (single parameter is array of plugin titles)\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\tthis.onSwitch = options.onSwitch;\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n\t// Call the switch handler\n\tif(this.onSwitch) {\n\t\tthis.onSwitch(plugins);\n\t}\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"title": "$:/core/modules/saver-handler.js",
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert($tw.language.getString(\"Error/WhileSaving\") + \":\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"title": "$:/core/modules/savers/andtidwiki.js",
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/beaker.js": {
"title": "$:/core/modules/savers/beaker.js",
"text": "/*\\\ntitle: $:/core/modules/savers/beaker.js\ntype: application/javascript\nmodule-type: saver\n\nSaves files using the Beaker browser's (https://beakerbrowser.com) Dat protocol (https://datproject.org/)\nCompatible with beaker >= V0.7.2\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet up the saver\n*/\nvar BeakerSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nBeakerSaver.prototype.save = function(text,method,callback) {\n\tvar dat = new DatArchive(\"\" + window.location),\n\t\tpathname = (\"\" + window.location.pathname).split(\"#\")[0];\n\tdat.stat(pathname).then(function(value) {\n\t\tif(value.isDirectory()) {\n\t\t\tpathname = pathname + \"/index.html\";\n\t\t}\n\t\tdat.writeFile(pathname,text,\"utf8\").then(function(value) {\n\t\t\tcallback(null);\n\t\t},function(reason) {\n\t\t\tcallback(\"Beaker Saver Write Error: \" + reason);\n\t\t});\n\t},function(reason) {\n\t\tcallback(\"Beaker Saver Stat Error: \" + reason);\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nBeakerSaver.prototype.info = {\n\tname: \"beaker\",\n\tpriority: 3000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.DatArchive;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new BeakerSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"title": "$:/core/modules/savers/download.js",
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\t// We decode the pathname because document.location is URL encoded by the browser\n\t\t\tfilename = decodeURIComponent(document.location.pathname.substr(p+1));\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100\n};\n\nObject.defineProperty(DownloadSaver.prototype.info, \"capabilities\", {\n\tget: function() {\n\t\tvar capabilities = [\"save\", \"download\"];\n\t\tif(($tw.wiki.getTextReference(\"$:/config/DownloadSaver/AutoSave\") || \"\").toLowerCase() === \"yes\") {\n\t\t\tcapabilities.push(\"autosave\");\n\t\t}\n\t\treturn capabilities;\n\t}\n});\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"title": "$:/core/modules/savers/fsosaver.js",
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"title": "$:/core/modules/savers/manualdownload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"title": "$:/core/modules/savers/msdownload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/put.js": {
"title": "$:/core/modules/savers/put.js",
"text": "/*\\\ntitle: $:/core/modules/savers/put.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by performing a PUT request to the server\n\nWorks with any server which accepts a PUT request\nto the current URL, such as a WebDAV server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar PutSaver = function(wiki) {\n\tthis.wiki = wiki;\n\tvar self = this;\n\tvar uri = this.uri();\n\t// Async server probe. Until probe finishes, save will fail fast\n\t// See also https://github.com/Jermolene/TiddlyWiki5/issues/2276\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"OPTIONS\",\n\t\tcallback: function(err, data, xhr) {\n\t\t\t// Check DAV header http://www.webdav.org/specs/rfc2518.html#rfc.section.9.1\n\t\t\tif(!err) {\n\t\t\t\tself.serverAcceptsPuts = xhr.status === 200 && !!xhr.getResponseHeader(\"dav\");\n\t\t\t}\n\t\t}\n\t});\n\t// Retrieve ETag if available\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"HEAD\",\n\t\tcallback: function(err, data, xhr) {\n\t\t\tif(!err) {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t}\n\t\t}\n\t});\n};\n\nPutSaver.prototype.uri = function() {\n\treturn document.location.toString().split(\"#\")[0];\n};\n\n// TODO: in case of edit conflict\n// Prompt: Do you want to save over this? Y/N\n// Merging would be ideal, and may be possible using future generic merge flow\nPutSaver.prototype.save = function(text, method, callback) {\n\tif(!this.serverAcceptsPuts) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tvar headers = { \"Content-Type\": \"text/html;charset=UTF-8\" };\n\tif(this.etag) {\n\t\theaders[\"If-Match\"] = this.etag;\n\t}\n\t$tw.utils.httpRequest({\n\t\turl: this.uri(),\n\t\ttype: \"PUT\",\n\t\theaders: headers,\n\t\tdata: text,\n\t\tcallback: function(err, data, xhr) {\n\t\t\tif(err) {\n\t\t\t\tcallback(err);\n\t\t\t} if(xhr.status === 200 || xhr.status === 201) {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t\tcallback(null); // success\n\t\t\t} else if(xhr.status === 412) { // edit conflict\n\t\t\t\tvar message = $tw.language.getString(\"Error/EditConflict\");\n\t\t\t\tcallback(message);\n\t\t\t} else {\n\t\t\t\tcallback(xhr.responseText); // fail\n\t\t\t}\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nPutSaver.prototype.info = {\n\tname: \"put\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn /^https?:/.test(location.protocol);\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new PutSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"title": "$:/core/modules/savers/tiddlyfox.js",
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"title": "$:/core/modules/savers/tiddlyie.js",
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"title": "$:/core/modules/savers/twedit.js",
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback($tw.language.getString(\"Error/SavingToTWEdit\") + \": \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"title": "$:/core/modules/savers/upload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback($tw.language.getString(\"Error/Caption\") + \":\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/browser-messaging.js": {
"title": "$:/core/modules/browser-messaging.js",
"text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\");\n\t\tiframeInfo = {\n\t\t\turl: url,\n\t\t\tstatus: \"loading\",\n\t\t\tdomNode: iframe\n\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tiframe.setAttribute(\"library\",\"true\");\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\n/*\nUnload library iframe for given url\n*/\nfunction unloadIFrame(url){\n\t$tw.utils.each(document.getElementsByTagName('iframe'), function(iframe) {\n\t\tif(iframe.getAttribute(\"library\") === \"true\" &&\n\t\t iframe.getAttribute(\"src\") === url) {\n\t\t\tiframe.parentNode.removeChild(iframe);\n\t\t}\n\t});\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for widget messages to control unloading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-unload-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\t$tw.browserMessaging.iframeInfoMap[url] = undefined;\n\t\tif(url) {\n\t\t\tunloadIFrame(url);\n\t\t\t$tw.utils.each(\n\t\t\t\t$tw.wiki.filterTiddlers(\"[[$:/temp/ServerConnection/\" + url + \"]] [prefix[$:/temp/RemoteAssetInfo/\" + url + \"/]]\"),\n\t\t\t\tfunction(title) {\n\t\t\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t\t\t}\n\t\t\t);\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\tconsole.log(\"browser-messaging: \",document.location.toString())\n\t\tconsole.log(\"browser-messaging: Received message from\",event.origin);\n\t\tconsole.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/commands.js": {
"title": "$:/core/modules/startup/commands.js",
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"title": "$:/core/modules/startup/favicon.js",
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"title": "$:/core/modules/startup/info.js",
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"title": "$:/core/modules/startup/load-modules.js",
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"title": "$:/core/modules/startup/password.js",
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"title": "$:/core/modules/startup/render.js",
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"title": "$:/core/modules/startup/rootwidget.js",
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"title": "$:/core/modules/startup.js",
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE = \"$:/config/Performance/Instrumentation\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\t// Minimal browser detection\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t\t$tw.browser.isFirefox = !!document.mozFullScreenEnabled;\n\t}\n\t// Platform detection\n\t$tw.platform = {};\n\tif($tw.browser) {\n\t\t$tw.platform.isMac = /Mac/.test(navigator.platform);\n\t\t$tw.platform.isWindows = /win/i.test(navigator.platform);\n\t\t$tw.platform.isLinux = /Linux/i.test(navigator.appVersion);\n\t} else {\n\t\tswitch(require(\"os\").platform()) {\n\t\t\tcase \"darwin\":\n\t\t\t\t$tw.platform.isMac = true;\n\t\t\t\tbreak;\n\t\t\tcase \"win32\":\n\t\t\t\t$tw.platform.isWindows = true;\n\t\t\t\tbreak;\n\t\t\tcase \"freebsd\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t\tcase \"linux\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t}\n\t}\n\t// Initialise version\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance($tw.wiki.getTiddlerText(PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE,\"no\") === \"yes\");\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t],\n\t\tonSwitch: function(plugins) {\n\t\t\tif($tw.browser) {\n\t\t\t\tvar pluginTiddler = $tw.wiki.getTiddler(plugins[0]);\n\t\t\t\tif(pluginTiddler) {\n\t\t\t\t\tdocument.documentElement.setAttribute(\"dir\",pluginTiddler.getFieldString(\"text-direction\") || \"auto\");\n\t\t\t\t} else {\n\t\t\t\t\tdocument.documentElement.removeAttribute(\"dir\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Kick off the keyboard manager\n\t$tw.keyboardManager = new $tw.KeyboardManager();\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"title": "$:/core/modules/startup/story.js",
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-print message\n\t\t$tw.rootWidget.addEventListener(\"tm-print\",function(event) {\n\t\t\t(event.event.view || window).print();\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\t\t\t\t\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t// Invoke any hooks that want to change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/windows.js": {
"title": "$:/core/modules/startup/windows.js",
"text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\",\n\t\t\tvariables = $tw.utils.extend({},paramObject,{currentTiddler: title});\n\t\t// Open the window\n\t\tvar srcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{\n\t\t\t\tdocument: $tw.fakeDocument,\n\t\t\t\tvariables: variables,\n\t\t\t\timportPageMacros: true}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: variables});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/story.js": {
"title": "$:/core/modules/story.js",
"text": "/*\\\ntitle: $:/core/modules/story.js\ntype: application/javascript\nmodule-type: global\n\nLightweight object for managing interactions with the story and history lists.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nConstruct Story object with options:\nwiki: reference to wiki object to use to resolve tiddler titles\nstoryTitle: title of story list tiddler\nhistoryTitle: title of history list tiddler\n*/\nfunction Story(options) {\n\toptions = options || {};\n\tthis.wiki = options.wiki || $tw.wiki;\n\tthis.storyTitle = options.storyTitle || \"$:/StoryList\";\n\tthis.historyTitle = options.historyTitle || \"$:/HistoryList\";\n};\n\nStory.prototype.navigateTiddler = function(navigateTo,navigateFromTitle,navigateFromClientRect) {\n\tthis.addToStory(navigateTo,navigateFromTitle);\n\tthis.addToHistory(navigateTo,navigateFromClientRect);\n};\n\nStory.prototype.getStoryList = function() {\n\treturn this.wiki.getTiddlerList(this.storyTitle) || [];\n};\n\nStory.prototype.addToStory = function(navigateTo,navigateFromTitle,options) {\n\toptions = options || {};\n\tvar storyList = this.getStoryList();\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(navigateTo);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(navigateFromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(options.openLinkFromInsideRiver) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(options.openLinkFromOutsideRiver === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,navigateTo);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\nStory.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList},\n\t\tthis.wiki.getModificationFields()\n\t));\n};\n\nStory.prototype.addToHistory = function(navigateTo,navigateFromClientRect) {\n\tvar titles = $tw.utils.isArray(navigateTo) ? navigateTo : [navigateTo];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: navigateFromClientRect});\n\t});\n\tthis.wiki.setTiddlerData(this.historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\nStory.prototype.storyCloseTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCloseAllTiddlers = function() {\n// TBD\n};\n\nStory.prototype.storyCloseOtherTiddlers = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyEditTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyDeleteTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storySaveTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCancelTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyNewTiddler = function(targetTitle) {\n// TBD\n};\n\nexports.Story = Story;\n\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/storyviews/classic.js": {
"title": "$:/core/modules/storyviews/classic.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"title": "$:/core/modules/storyviews/pop.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"title": "$:/core/modules/storyviews/zoomin.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerDataCached(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"title": "$:/core/modules/syncer.js",
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDefaults\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\tthis.disableUI = !!options.disableUI;\n\tthis.titleIsLoggedIn = options.titleIsLoggedIn || this.titleIsLoggedIn;\n\tthis.titleUserName = options.titleUserName || this.titleUserName;\n\tthis.titleSyncFilter = options.titleSyncFilter || this.titleSyncFilter;\n\tthis.titleSavedNotification = options.titleSavedNotification || this.titleSavedNotification;\n\tthis.taskTimerInterval = options.taskTimerInterval || this.taskTimerInterval;\n\tthis.throttleInterval = options.throttleInterval || this.throttleInterval;\n\tthis.fallbackInterval = options.fallbackInterval || this.fallbackInterval;\n\tthis.pollTimerInterval = options.pollTimerInterval || this.pollTimerInterval;\n\tthis.logging = \"logging\" in options ? options.logging : true;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\") + (this.syncadaptor.name ? (\"-\" + this.syncadaptor.name) : \"\"),{\n\t\t\tcolour: \"cyan\",\n\t\t\tenable: this.logging\n\t\t});\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser && !this.disableUI) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tif(!this.disableUI) {\n\t\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\t\tself.handleLazyLoadEvent(title);\n\t\t});\t\t\n\t}\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title),\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t});\n};\n\n/*\nCreate an tiddlerInfo structure if it doesn't already exist\n*/\nSyncer.prototype.createTiddlerInfo = function(title) {\n\tif(!$tw.utils.hop(this.tiddlerInfo,title)) {\n\t\tthis.tiddlerInfo[title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1,\n\t\t\thasBeenLazyLoaded: false\n\t\t};\n\t}\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser && !this.disableUI) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields,hasBeenLazyLoaded) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title),\n\t\thasBeenLazyLoaded: hasBeenLazyLoaded !== undefined ? hasBeenLazyLoaded : true\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert($tw.language.getString(\"Error/RetrievingSkinny\") + \":\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields,false);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Don't lazy load the same tiddler twice\n\tvar info = this.tiddlerInfo[title];\n\tif(!info || !info.hasBeenLazyLoaded) {\n\t\tthis.createTiddlerInfo(title);\n\t\tthis.tiddlerInfo[title].hasBeenLazyLoaded = true;\n\t\t// Queue up a sync task to load this tiddler\n\t\tthis.enqueueSyncTask({\n\t\t\ttype: \"load\",\n\t\t\ttitle: title\n\t\t});\t\t\n\t}\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: $tw.language.getString(\"LoginToTiddlySpace\"),\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tthis.createTiddlerInfo(task.title);\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if the sync adaptor is fully initialised and we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif((!this.syncadaptor.isReady || this.syncadaptor.isReady()) && this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields,true);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"title": "$:/core/modules/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a hashmap of strings. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStrings = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = {};\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields[field] = this.getFieldString(field);\n\t\t\t}\n\t\t}\n\t}\n\treturn fields;\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\nexports.getFieldDay = function(field) {\n\tif(this.cache && this.cache.day && $tw.utils.hop(this.cache.day,field) ) {\n\t\treturn this.cache.day[field];\n\t}\n\tvar day = \"\";\n\tif(this.fields[field]) {\n\t\tday = (new Date($tw.utils.parseDate(this.fields[field]))).setHours(0,0,0,0);\n\t}\n\tthis.cache.day = this.cache.day || {};\n\tthis.cache.day[field] = day;\n\treturn day;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"title": "$:/core/modules/upgraders/plugins.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"title": "$:/core/modules/upgraders/system.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"title": "$:/core/modules/upgraders/themetweaks.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerDataCached(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/crypto.js": {
"title": "$:/core/modules/utils/crypto.js",
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"title": "$:/core/modules/utils/dom/animations/slide.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"title": "$:/core/modules/utils/dom/animator.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"title": "$:/core/modules/utils/dom/browser.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif($tw.browser && document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"title": "$:/core/modules/utils/dom.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the first parent element that has scrollbars or use the body as fallback.\n*/\nexports.getScrollContainer = function(el) {\n\tvar doc = el.ownerDocument;\n\twhile(el.parentNode) {\t\n\t\tel = el.parentNode;\n\t\tif(el.scrollTop) {\n\t\t\treturn el;\n\t\t}\n\t}\n\treturn doc.body;\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nAdjust the height of a textarea to fit its content, preserving scroll position, and return the height\n*/\nexports.resizeTextAreaToFit = function(domNode,minHeight) {\n\t// Get the scroll container and register the current scroll position\n\tvar container = $tw.utils.getScrollContainer(domNode),\n\t\tscrollTop = container.scrollTop;\n // Measure the specified minimum height\n\tdomNode.style.height = minHeight;\n\tvar measuredHeight = domNode.offsetHeight;\n\t// Set its height to auto so that it snaps to the correct height\n\tdomNode.style.height = \"auto\";\n\t// Calculate the revised height\n\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,measuredHeight);\n\t// Only try to change the height if it has changed\n\tif(newHeight !== domNode.offsetHeight) {\n\t\tdomNode.style.height = newHeight + \"px\";\n\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t$tw.utils.forceLayout(domNode);\n\t\t// Set the container to the position we registered at the beginning\n\t\tcontainer.scrollTop = scrollTop;\n\t}\n\treturn newHeight;\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n/*\nGet the computed styles applied to an element as an array of strings of individual CSS properties\n*/\nexports.getComputedStyles = function(domNode) {\n\tvar textAreaStyles = window.getComputedStyle(domNode,null),\n\t\tstyleDefs = [],\n\t\tname;\n\tfor(var t=0; t<textAreaStyles.length; t++) {\n\t\tname = textAreaStyles[t];\n\t\tstyleDefs.push(name + \": \" + textAreaStyles.getPropertyValue(name) + \";\");\n\t}\n\treturn styleDefs;\n};\n\n/*\nApply a set of styles passed as an array of strings of individual CSS properties\n*/\nexports.setStyles = function(domNode,styleDefs) {\n\tdomNode.style.cssText = styleDefs.join(\"\");\n};\n\n/*\nCopy the computed styles from a source element to a destination element\n*/\nexports.copyStyles = function(srcDomNode,dstDomNode) {\n\t$tw.utils.setStyles(dstDomNode,$tw.utils.getComputedStyles(srcDomNode));\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/dragndrop.js": {
"title": "$:/core/modules/utils/dom/dragndrop.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/dragndrop.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser data transfer utilities, used with the clipboard and drag and drop\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOptions:\n\ndomNode: dom node to make draggable\ndragImageType: \"pill\" or \"dom\"\ndragTiddlerFn: optional function to retrieve the title of tiddler to drag\ndragFilterFn: optional function to retreive the filter defining a list of tiddlers to drag\nwidget: widget to use as the contect for the filter\n*/\nexports.makeDraggable = function(options) {\n\tvar dragImageType = options.dragImageType || \"dom\",\n\t\tdragImage,\n\t\tdomNode = options.domNode;\n\t// Make the dom node draggable (not necessary for anchor tags)\n\tif((domNode.tagName || \"\").toLowerCase() !== \"a\") {\n\t\tdomNode.setAttribute(\"draggable\",\"true\");\t\t\n\t}\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragstart\", handlerFunction: function(event) {\n\t\t\t// Collect the tiddlers being dragged\n\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [];\n\t\t\tif(dragFilter) {\n\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t}\n\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t// Check that we've something to drag\n\t\t\tif(titles.length > 0 && event.target === domNode) {\n\t\t\t\t// Mark the drag in progress\n\t\t\t\t$tw.dragInProgress = domNode;\n\t\t\t\t// Set the dragging class on the element being dragged\n\t\t\t\t$tw.utils.addClass(event.target,\"tc-dragging\");\n\t\t\t\t// Create the drag image elements\n\t\t\t\tdragImage = options.widget.document.createElement(\"div\");\n\t\t\t\tdragImage.className = \"tc-tiddler-dragger\";\n\t\t\t\tvar inner = options.widget.document.createElement(\"div\");\n\t\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\t\tinner.appendChild(options.widget.document.createTextNode(\n\t\t\t\t\ttitles.length === 1 ? \n\t\t\t\t\t\ttitles[0] :\n\t\t\t\t\t\ttitles.length + \" tiddlers\"\n\t\t\t\t));\n\t\t\t\tdragImage.appendChild(inner);\n\t\t\t\toptions.widget.document.body.appendChild(dragImage);\n\t\t\t\t// Set the data transfer properties\n\t\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t\t// Set up the image\n\t\t\t\tdataTransfer.effectAllowed = \"all\";\n\t\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\t\tif(dragImageType === \"pill\") {\n\t\t\t\t\t\tdataTransfer.setDragImage(dragImage.firstChild,-16,-16);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvar r = domNode.getBoundingClientRect();\n\t\t\t\t\t\tdataTransfer.setDragImage(domNode,event.clientX-r.left,event.clientY-r.top);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Set up the data transfer\n\t\t\t\tif(dataTransfer.clearData) {\n\t\t\t\t\tdataTransfer.clearData();\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\tvar jsonData = [];\n\t\t\t\tif(titles.length > 1) {\n\t\t\t\t\ttitles.forEach(function(title) {\n\t\t\t\t\t\tjsonData.push(options.widget.wiki.getTiddlerAsJson(title));\n\t\t\t\t\t});\n\t\t\t\t\tjsonData = \"[\" + jsonData.join(\",\") + \"]\";\n\t\t\t\t} else {\n\t\t\t\t\tjsonData = options.widget.wiki.getTiddlerAsJson(titles[0]);\n\t\t\t\t}\n\t\t\t\t// IE doesn't like these content types\n\t\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\t\tdataTransfer.setData(\"text/plain\",titleString);\n\t\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\t}\n\t\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\tdataTransfer.setData(\"Text\",titleString);\n\t\t\t\tevent.stopPropagation();\n\t\t\t}\n\t\t\treturn false;\n\t\t}},\n\t\t{name: \"dragend\", handlerFunction: function(event) {\n\t\t\tif(event.target === domNode) {\n\t\t\t\t$tw.dragInProgress = null;\n\t\t\t\t// Remove the dragging class on the element being dragged\n\t\t\t\t$tw.utils.removeClass(event.target,\"tc-dragging\");\n\t\t\t\t// Delete the drag image element\n\t\t\t\tif(dragImage) {\n\t\t\t\t\tdragImage.parentNode.removeChild(dragImage);\n\t\t\t\t\tdragImage = null;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn false;\n\t\t}}\n\t]);\n};\n\nexports.importDataTransfer = function(dataTransfer,fallbackTitle,callback) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.toTiddlerFieldsArray(data,fallbackTitle);\n\t\t\t\tcallback(tiddlerFields);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nvar importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn parseJSONTiddlers(data,fallbackTitle);\n\t}},\n\t{type: \"URL\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/plain\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"Text\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}}\n];\n\nfunction parseJSONTiddlers(json,fallbackTitle) {\n\tvar data = JSON.parse(json);\n\tif(!$tw.utils.isArray(data)) {\n\t\tdata = [data];\n\t}\n\tdata.forEach(function(fields) {\n\t\tfields.title = fields.title || fallbackTitle;\n\t});\n\treturn data;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"title": "$:/core/modules/utils/dom/http.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n\treturnProp: string name of the property to return as first argument of callback\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\treturnProp = options.returnProp || \"responseText\",\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this[returnProp],this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback($tw.language.getString(\"Error/XMLHttpRequest\") + \": \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\ttry {\n\t\trequest.send(data);\n\t} catch(e) {\n\t\toptions.callback(e);\n\t}\n\treturn request;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"title": "$:/core/modules/utils/dom/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities; now deprecated. Instead, use $tw.keyboardManager\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n[\"parseKeyDescriptor\",\"checkKeyDescriptor\"].forEach(function(method) {\n\texports[method] = function() {\n\t\tif($tw.keyboardManager) {\n\t\t\treturn $tw.keyboardManager[method].apply($tw.keyboardManager,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\treturn null\n\t\t}\n\t};\n});\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"title": "$:/core/modules/utils/dom/modal.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: $tw.language.getString(\"Buttons/Close/Caption\")\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"title": "$:/core/modules/utils/dom/notifier.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"title": "$:/core/modules/utils/dom/popup.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = this.findPopup(options.title);\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.findPopup = function(title) {\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\treturn index;\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\t// Store the popup details if not already there\n\tif(this.findPopup(options.title) === -1) {\n\t\tthis.popups.push({\n\t\t\ttitle: options.title,\n\t\t\twiki: options.wiki,\n\t\t\tdomNode: options.domNode\n\t\t});\n\t}\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"title": "$:/core/modules/utils/dom/scroller.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t// targetPos/targetSize - position and size of the target element\n\t// currentPos/currentSize - position and size of the current scroll viewport\n\t// returns: new position of the scroll viewport\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(targetPos <= currentPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\tnewPos = targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\tnewPos = currentPos;\n\t\t\t}\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\n\t// Only scroll if the position has changed\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/edition-info.js": {
"title": "$:/core/modules/utils/edition-info.js",
"text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/fakedom.js": {
"title": "$:/core/modules/utils/fakedom.js",
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text + \"\";\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 3;\n\t}\n});\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nObject.defineProperty(TW_Element.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 1;\n\t}\n});\n\nTW_Element.prototype.getAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot getAttribute on a raw TW_Element\";\n\t}\n\treturn this.attributes[name];\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value + \"\";\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"childNodes\", {\n\tget: function() {\n\t\treturn this.children;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"tagName\", {\n\tget: function() {\n\t\treturn this.tag || \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t\tthis.rawTextContent = null;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textInnerHTML\", {\n\tset: function(value) {\n\t\tif(this.isRaw) {\n\t\t\tthis.rawTextContent = value;\n\t\t} else {\n\t\t\tthrow \"Cannot set textInnerHTML of a non-raw TW_Element\";\n\t\t}\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tif(this.rawTextContent === null) {\n\t\t\t\treturn \"\";\n\t\t\t} else {\n\t\t\t\treturn this.rawTextContent;\n\t\t\t}\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn \"\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"title": "$:/core/modules/utils/filesystem.js",
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = new Buffer(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n/*\nRecursively delete a tree of empty directories\n*/\nexports.deleteEmptyDirs = function(dirpath,callback) {\n\tvar self = this;\n\tfs.readdir(dirpath,function(err,files) {\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\tif(files.length > 0) {\n\t\t\treturn callback(null);\n\t\t}\n\t\tfs.rmdir(dirpath,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.deleteEmptyDirs(path.dirname(dirpath),callback);\n\t\t});\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"title": "$:/core/modules/utils/logger.js",
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName,options) {\n\toptions = options || {};\n\tthis.componentName = componentName || \"\";\n\tthis.colour = options.colour || \"white\";\n\tthis.enable = \"enable\" in options ? options.enable : true;\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(this.enable && console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [$tw.utils.terminalColour(this.colour),this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)).concat($tw.utils.terminalColour()));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\tif(this.enable) {\n\t\t// Prepare the text of the alert\n\t\tvar text = Array.prototype.join.call(arguments,\" \");\n\t\t// Create alert tiddlers in the browser\n\t\tif($tw.browser) {\n\t\t\t// Check if there is an existing alert with the same text and the same component\n\t\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\t\talertFields,\n\t\t\t\texistingCount,\n\t\t\t\tself = this;\n\t\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t\t}\n\t\t\t});\n\t\t\tif(alertFields) {\n\t\t\t\texistingCount = alertFields.count || 1;\n\t\t\t} else {\n\t\t\t\talertFields = {\n\t\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\t\ttext: text,\n\t\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\t\tcomponent: this.componentName\n\t\t\t\t};\n\t\t\t\texistingCount = 0;\n\t\t\t}\n\t\t\talertFields.modified = new Date();\n\t\t\tif(++existingCount > 1) {\n\t\t\t\talertFields.count = existingCount;\n\t\t\t} else {\n\t\t\t\talertFields.count = undefined;\n\t\t\t}\n\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t\t// Log the alert as well\n\t\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\t// Print an orange message to the console if not in the browser\n\t\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t\t}\t\t\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"title": "$:/core/modules/utils/parsetree.js",
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n/*\nHelper to get the text of a parse tree node or array of nodes\n*/\nexports.getParseTreeText = function getParseTreeText(tree) {\n\tvar output = [];\n\tif($tw.utils.isArray(tree)) {\n\t\t$tw.utils.each(tree,function(node) {\n\t\t\toutput.push(getParseTreeText(node));\n\t\t});\n\t} else {\n\t\tif(tree.type === \"text\") {\n\t\t\toutput.push(tree.text);\n\t\t}\n\t\tif(tree.children) {\n\t\t\treturn getParseTreeText(tree.children);\n\t\t}\n\t}\n\treturn output.join(\"\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"title": "$:/core/modules/utils/performance.js",
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime).toFixed(2) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m].toFixed(2) + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"title": "$:/core/modules/utils/pluginmaker.js",
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\n\" + $tw.language.getString(\"Error/Caption\") + \": \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/transliterate.js": {
"title": "$:/core/modules/utils/transliterate.js",
"text": "/*\\\ntitle: $:/core/modules/utils/transliterate.js\ntype: application/javascript\nmodule-type: utils\n\nTransliteration static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nTransliterate string to ASCII\n\n(Some pairs taken from http://semplicewebsites.com/removing-accents-javascript)\n*/\nexports.transliterationPairs = 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:\"o\",\n\t\"ṓ\":\"o\",\n\t\"ṑ\":\"o\",\n\t\"ǫ\":\"o\",\n\t\"ǭ\":\"o\",\n\t\"ø\":\"o\",\n\t\"ǿ\":\"o\",\n\t\"õ\":\"o\",\n\t\"ṍ\":\"o\",\n\t\"ṏ\":\"o\",\n\t\"ȭ\":\"o\",\n\t\"ƣ\":\"oi\",\n\t\"ꝏ\":\"oo\",\n\t\"ɛ\":\"e\",\n\t\"ᶓ\":\"e\",\n\t\"ɔ\":\"o\",\n\t\"ᶗ\":\"o\",\n\t\"ȣ\":\"ou\",\n\t\"ṕ\":\"p\",\n\t\"ṗ\":\"p\",\n\t\"ꝓ\":\"p\",\n\t\"ƥ\":\"p\",\n\t\"ᵱ\":\"p\",\n\t\"ᶈ\":\"p\",\n\t\"ꝕ\":\"p\",\n\t\"ᵽ\":\"p\",\n\t\"ꝑ\":\"p\",\n\t\"ꝙ\":\"q\",\n\t\"ʠ\":\"q\",\n\t\"ɋ\":\"q\",\n\t\"ꝗ\":\"q\",\n\t\"ŕ\":\"r\",\n\t\"ř\":\"r\",\n\t\"ŗ\":\"r\",\n\t\"ṙ\":\"r\",\n\t\"ṛ\":\"r\",\n\t\"ṝ\":\"r\",\n\t\"ȑ\":\"r\",\n\t\"ɾ\":\"r\",\n\t\"ᵳ\":\"r\",\n\t\"ȓ\":\"r\",\n\t\"ṟ\":\"r\",\n\t\"ɼ\":\"r\",\n\t\"ᵲ\":\"r\",\n\t\"ᶉ\":\"r\",\n\t\"ɍ\":\"r\",\n\t\"ɽ\":\"r\",\n\t\"ↄ\":\"c\",\n\t\"ꜿ\":\"c\",\n\t\"ɘ\":\"e\",\n\t\"ɿ\":\"r\",\n\t\"ś\":\"s\",\n\t\"ṥ\":\"s\",\n\t\"š\":\"s\",\n\t\"ṧ\":\"s\",\n\t\"ş\":\"s\",\n\t\"ŝ\":\"s\",\n\t\"ș\":\"s\",\n\t\"ṡ\":\"s\",\n\t\"ṣ\":\"s\",\n\t\"ṩ\":\"s\",\n\t\"ʂ\":\"s\",\n\t\"ᵴ\":\"s\",\n\t\"ᶊ\":\"s\",\n\t\"ȿ\":\"s\",\n\t\"ɡ\":\"g\",\n\t\"ᴑ\":\"o\",\n\t\"ᴓ\":\"o\",\n\t\"ᴝ\":\"u\",\n\t\"ť\":\"t\",\n\t\"ţ\":\"t\",\n\t\"ṱ\":\"t\",\n\t\"ț\":\"t\",\n\t\"ȶ\":\"t\",\n\t\"ẗ\":\"t\",\n\t\"ⱦ\":\"t\",\n\t\"ṫ\":\"t\",\n\t\"ṭ\":\"t\",\n\t\"ƭ\":\"t\",\n\t\"ṯ\":\"t\",\n\t\"ᵵ\":\"t\",\n\t\"ƫ\":\"t\",\n\t\"ʈ\":\"t\",\n\t\"ŧ\":\"t\",\n\t\"ᵺ\":\"th\",\n\t\"ɐ\":\"a\",\n\t\"ᴂ\":\"ae\",\n\t\"ǝ\":\"e\",\n\t\"ᵷ\":\"g\",\n\t\"ɥ\":\"h\",\n\t\"ʮ\":\"h\",\n\t\"ʯ\":\"h\",\n\t\"ᴉ\":\"i\",\n\t\"ʞ\":\"k\",\n\t\"ꞁ\":\"l\",\n\t\"ɯ\":\"m\",\n\t\"ɰ\":\"m\",\n\t\"ᴔ\":\"oe\",\n\t\"ɹ\":\"r\",\n\t\"ɻ\":\"r\",\n\t\"ɺ\":\"r\",\n\t\"ⱹ\":\"r\",\n\t\"ʇ\":\"t\",\n\t\"ʌ\":\"v\",\n\t\"ʍ\":\"w\",\n\t\"ʎ\":\"y\",\n\t\"ꜩ\":\"tz\",\n\t\"ú\":\"u\",\n\t\"ŭ\":\"u\",\n\t\"ǔ\":\"u\",\n\t\"û\":\"u\",\n\t\"ṷ\":\"u\",\n\t\"ü\":\"u\",\n\t\"ǘ\":\"u\",\n\t\"ǚ\":\"u\",\n\t\"ǜ\":\"u\",\n\t\"ǖ\":\"u\",\n\t\"ṳ\":\"u\",\n\t\"ụ\":\"u\",\n\t\"ű\":\"u\",\n\t\"ȕ\":\"u\",\n\t\"ù\":\"u\",\n\t\"ủ\":\"u\",\n\t\"ư\":\"u\",\n\t\"ứ\":\"u\",\n\t\"ự\":\"u\",\n\t\"ừ\":\"u\",\n\t\"ử\":\"u\",\n\t\"ữ\":\"u\",\n\t\"ȗ\":\"u\",\n\t\"ū\":\"u\",\n\t\"ṻ\":\"u\",\n\t\"ų\":\"u\",\n\t\"ᶙ\":\"u\",\n\t\"ů\":\"u\",\n\t\"ũ\":\"u\",\n\t\"ṹ\":\"u\",\n\t\"ṵ\":\"u\",\n\t\"ᵫ\":\"ue\",\n\t\"ꝸ\":\"um\",\n\t\"ⱴ\":\"v\",\n\t\"ꝟ\":\"v\",\n\t\"ṿ\":\"v\",\n\t\"ʋ\":\"v\",\n\t\"ᶌ\":\"v\",\n\t\"ⱱ\":\"v\",\n\t\"ṽ\":\"v\",\n\t\"ꝡ\":\"vy\",\n\t\"ẃ\":\"w\",\n\t\"ŵ\":\"w\",\n\t\"ẅ\":\"w\",\n\t\"ẇ\":\"w\",\n\t\"ẉ\":\"w\",\n\t\"ẁ\":\"w\",\n\t\"ⱳ\":\"w\",\n\t\"ẘ\":\"w\",\n\t\"ẍ\":\"x\",\n\t\"ẋ\":\"x\",\n\t\"ᶍ\":\"x\",\n\t\"ý\":\"y\",\n\t\"ŷ\":\"y\",\n\t\"ÿ\":\"y\",\n\t\"ẏ\":\"y\",\n\t\"ỵ\":\"y\",\n\t\"ỳ\":\"y\",\n\t\"ƴ\":\"y\",\n\t\"ỷ\":\"y\",\n\t\"ỿ\":\"y\",\n\t\"ȳ\":\"y\",\n\t\"ẙ\":\"y\",\n\t\"ɏ\":\"y\",\n\t\"ỹ\":\"y\",\n\t\"ź\":\"z\",\n\t\"ž\":\"z\",\n\t\"ẑ\":\"z\",\n\t\"ʑ\":\"z\",\n\t\"ⱬ\":\"z\",\n\t\"ż\":\"z\",\n\t\"ẓ\":\"z\",\n\t\"ȥ\":\"z\",\n\t\"ẕ\":\"z\",\n\t\"ᵶ\":\"z\",\n\t\"ᶎ\":\"z\",\n\t\"ʐ\":\"z\",\n\t\"ƶ\":\"z\",\n\t\"ɀ\":\"z\",\n\t\"ff\":\"ff\",\n\t\"ffi\":\"ffi\",\n\t\"ffl\":\"ffl\",\n\t\"fi\":\"fi\",\n\t\"fl\":\"fl\",\n\t\"ij\":\"ij\",\n\t\"œ\":\"oe\",\n\t\"st\":\"st\",\n\t\"ₐ\":\"a\",\n\t\"ₑ\":\"e\",\n\t\"ᵢ\":\"i\",\n\t\"ⱼ\":\"j\",\n\t\"ₒ\":\"o\",\n\t\"ᵣ\":\"r\",\n\t\"ᵤ\":\"u\",\n\t\"ᵥ\":\"v\",\n\t\"ₓ\":\"x\",\n\t\"Ё\":\"YO\",\n\t\"Й\":\"I\",\n\t\"Ц\":\"TS\",\n\t\"У\":\"U\",\n\t\"К\":\"K\",\n\t\"Е\":\"E\",\n\t\"Н\":\"N\",\n\t\"Г\":\"G\",\n\t\"Ш\":\"SH\",\n\t\"Щ\":\"SCH\",\n\t\"З\":\"Z\",\n\t\"Х\":\"H\",\n\t\"Ъ\":\"'\",\n\t\"ё\":\"yo\",\n\t\"й\":\"i\",\n\t\"ц\":\"ts\",\n\t\"у\":\"u\",\n\t\"к\":\"k\",\n\t\"е\":\"e\",\n\t\"н\":\"n\",\n\t\"г\":\"g\",\n\t\"ш\":\"sh\",\n\t\"щ\":\"sch\",\n\t\"з\":\"z\",\n\t\"х\":\"h\",\n\t\"ъ\":\"'\",\n\t\"Ф\":\"F\",\n\t\"Ы\":\"I\",\n\t\"В\":\"V\",\n\t\"А\":\"a\",\n\t\"П\":\"P\",\n\t\"Р\":\"R\",\n\t\"О\":\"O\",\n\t\"Л\":\"L\",\n\t\"Д\":\"D\",\n\t\"Ж\":\"ZH\",\n\t\"Э\":\"E\",\n\t\"ф\":\"f\",\n\t\"ы\":\"i\",\n\t\"в\":\"v\",\n\t\"а\":\"a\",\n\t\"п\":\"p\",\n\t\"р\":\"r\",\n\t\"о\":\"o\",\n\t\"л\":\"l\",\n\t\"д\":\"d\",\n\t\"ж\":\"zh\",\n\t\"э\":\"e\",\n\t\"Я\":\"Ya\",\n\t\"Ч\":\"CH\",\n\t\"С\":\"S\",\n\t\"М\":\"M\",\n\t\"И\":\"I\",\n\t\"Т\":\"T\",\n\t\"Ь\":\"'\",\n\t\"Б\":\"B\",\n\t\"Ю\":\"YU\",\n\t\"я\":\"ya\",\n\t\"ч\":\"ch\",\n\t\"с\":\"s\",\n\t\"м\":\"m\",\n\t\"и\":\"i\",\n\t\"т\":\"t\",\n\t\"ь\":\"'\",\n\t\"б\":\"b\",\n\t\"ю\":\"yu\"\n};\n\nexports.transliterate = function(str) {\n\treturn str.replace(/[^A-Za-z0-9\\[\\] ]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || ch\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"title": "$:/core/modules/utils/utils.js",
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a message, in colour if we're on a terminal\n*/\nexports.log = function(text,colour) {\n\tconsole.log($tw.node ? exports.terminalColour(colour) + text + exports.terminalColour() : text);\n};\n\nexports.terminalColour = function(colour) {\n\tif(!$tw.browser && $tw.node && process.stdout.isTTY) {\n\t\tif(colour) {\n\t\t\tvar code = exports.terminalColourLookup[colour];\n\t\t\tif(code) {\n\t\t\t\treturn \"\\x1b[\" + code + \"m\";\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"\\x1b[0m\"; // Cancel colour\n\t\t}\n\t}\n\treturn \"\";\n};\n\nexports.terminalColourLookup = {\n\t\"black\": \"0;30\",\n\t\"red\": \"0;31\",\n\t\"green\": \"0;32\",\n\t\"brown/orange\": \"0;33\",\n\t\"blue\": \"0;34\",\n\t\"purple\": \"0;35\",\n\t\"cyan\": \"0;36\",\n\t\"light gray\": \"0;37\"\n};\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\texports.log(text,\"brown/orange\");\n};\n\n/*\nRepeatedly replaces a substring within a string. Like String.prototype.replace, but without any of the default special handling of $ sequences in the replace string\n*/\nexports.replaceString = function(text,search,replace) {\n\treturn text.replace(search,function() {\n\t\treturn replace;\n\t});\n};\n\n/*\nRepeats a string\n*/\nexports.repeat = function(str,count) {\n\tvar result = \"\";\n\tfor(var t=0;t<count;t++) {\n\t\tresult += str;\n\t}\n\treturn result;\n};\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nFind the line break preceding a given position in a string\nReturns position immediately after that line break, or the start of the string\n*/\nexports.findPrecedingLineBreak = function(text,pos) {\n\tvar result = text.lastIndexOf(\"\\n\",pos - 1);\n\tif(result === -1) {\n\t\tresult = 0;\n\t} else {\n\t\tresult++;\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nFind the line break following a given position in a string\n*/\nexports.findFollowingLineBreak = function(text,pos) {\n\t// Cut to just past the following line break, or to the end of the text\n\tvar result = text.indexOf(\"\\n\",pos);\n\tif(result === -1) {\n\t\tresult = text.length;\n\t} else {\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\treturn Object.keys(object || {}).length;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.deepFreeze = function deepFreeze(object) {\n\tvar property, key;\n\tif(object) {\n\t\tObject.freeze(object);\n\t\tfor(key in object) {\n\t\t\tproperty = object[key];\n\t\t\tif($tw.utils.hop(object,key) && (typeof property === \"object\") && !Object.isFrozen(property)) {\n\t\t\t\tdeepFreeze(property);\n\t\t\t}\n\t\t}\n\t}\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0XXX/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMilliseconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^XXX/, function() {\n\t\t\t\treturn date.getMilliseconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\t// If the user wants everything in UTC, shift the datestamp\n\t// Optimize for format string that essentially means \n\t// 'return raw UTC (tiddlywiki style) date string.'\n\tif(t.indexOf(\"[UTC]\") == 0 ) {\n\t\tif(t == \"[UTC]YYYY0MM0DD0hh0mm0ssXXX\") \n\t\t\treturn $tw.utils.stringifyDate(new Date());\n\t\tvar offset = date.getTimezoneOffset() ; // in minutes\n\t\tdate = new Date(date.getTime()+offset*60*1000) ;\n\t\tt = t.substr(5) ;\n\t} \n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar x = new Date(dt.getFullYear(),0,1);\n\tvar n = Math.floor((dt.getTime() - x.getTime()) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\", \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar converter = String.fromCodePoint || String.fromCharCode,\n\t\te = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn converter(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn converter(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn converter(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n// Turns a string into a legal JSON string\n// Derived from peg.js, thanks to David Majda\nexports.jsonStringify = function(s) {\n\t// See http://www.json.org/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/\\x08/g, '\\\\b') // backspace\n\t\t.replace(/\\x0c/g, '\\\\f') // formfeed\n\t\t.replace(/\\t/g, '\\\\t') // tab\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g,function(s) {\n\t\t\treturn '\\\\u' + $tw.utils.pad(s.charCodeAt(0).toString(16).toUpperCase(),4);\n\t\t}); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /^(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n/*\nUseful for finding out the fully escaped CSS selector equivalent to a given tag. For example:\n\n$tw.utils.tagToCssSelector(\"$:/tags/Stylesheet\") --> tc-tagged-\\%24\\%3A\\%2Ftags\\%2FStylesheet\n*/\nexports.tagToCssSelector = function(tagName) {\n\treturn \"tc-tagged-\" + encodeURIComponent(tagName).replace(/[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^`{\\|}~,]/mg,function(c) {\n\t\treturn \"\\\\\" + c;\n\t});\n};\n\n/*\nIE does not have sign function\n*/\nexports.sign = Math.sign || function(x) {\n\tx = +x; // convert to a number\n\tif (x === 0 || isNaN(x)) {\n\t\treturn x;\n\t}\n\treturn x > 0 ? 1 : -1;\n};\n\n/*\nIE does not have an endsWith function\n*/\nexports.strEndsWith = function(str,ending,position) {\n\tif(str.endsWith) {\n\t\treturn str.endsWith(ending,position);\n\t} else {\n\t\tif (typeof position !== 'number' || !isFinite(position) || Math.floor(position) !== position || position > str.length) {\n\t\t\tposition = str.length;\n\t\t}\n\t\tposition -= ending.length;\n\t\tvar lastIndex = str.indexOf(ending, position);\n\t\treturn lastIndex !== -1 && lastIndex === position;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-createtiddler.js": {
"title": "$:/core/modules/widgets/action-createtiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-createtiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to create a new tiddler with a unique name and specified fields.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CreateTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCreateTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCreateTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nCreateTiddlerWidget.prototype.execute = function() {\n\tthis.actionBaseTitle = this.getAttribute(\"$basetitle\");\n\tthis.actionSaveTitle = this.getAttribute(\"$savetitle\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nCreateTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nCreateTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar title = this.wiki.generateNewTitle(this.actionBaseTitle),\n\t\tfields = {},\n\t\tcreationFields,\n\t\tmodificationFields;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tfields[name] = attribute;\n\t\t}\n\t});\n\tif(this.actionTimestamp) {\n\t\tcreationFields = this.wiki.getCreationFields();\n\t\tmodificationFields = this.wiki.getModificationFields();\n\t}\n\tvar tiddler = this.wiki.addTiddler(new $tw.Tiddler(creationFields,fields,modificationFields,{title: title}));\n\tif(this.actionSaveTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveTitle,title,this.getVariable(\"currentTiddler\"));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-createtiddler\"] = CreateTiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletefield.js": {
"title": "$:/core/modules/widgets/action-deletefield.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {},\n\t\thasChanged = false;\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t\tif(this.actionField in tiddler.fields) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t\thasChanged = true;\n\t\t\t}\n\t\t});\n\t\tif(hasChanged) {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,removeFields,this.wiki.getModificationFields()));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-listops.js": {
"title": "$:/core/modules/widgets/action-listops.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-listops.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to apply list operations to any tiddler field (defaults to the 'list' field of the current tiddler)\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar ActionListopsWidget = function(parseTreeNode, options) {\n\tthis.initialise(parseTreeNode, options);\n};\n/**\n * Inherit from the base widget class\n */\nActionListopsWidget.prototype = new Widget();\n/**\n * Render this widget into the DOM\n */\nActionListopsWidget.prototype.render = function(parent, nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n/**\n * Compute the internal state of the widget\n */\nActionListopsWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.target = this.getAttribute(\"$tiddler\", this.getVariable(\n\t\t\"currentTiddler\"));\n\tthis.filter = this.getAttribute(\"$filter\");\n\tthis.subfilter = this.getAttribute(\"$subfilter\");\n\tthis.listField = this.getAttribute(\"$field\", \"list\");\n\tthis.listIndex = this.getAttribute(\"$index\");\n\tthis.filtertags = this.getAttribute(\"$tags\");\n};\n/**\n * \tRefresh the widget by ensuring our attributes are up to date\n */\nActionListopsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.$tiddler || changedAttributes.$filter ||\n\t\tchangedAttributes.$subfilter || changedAttributes.$field ||\n\t\tchangedAttributes.$index || changedAttributes.$tags) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n/**\n * \tInvoke the action associated with this widget\n */\nActionListopsWidget.prototype.invokeAction = function(triggeringWidget,\n\tevent) {\n\t//Apply the specified filters to the lists\n\tvar field = this.listField,\n\t\tindex,\n\t\ttype = \"!!\",\n\t\tlist = this.listField;\n\tif(this.listIndex) {\n\t\tfield = undefined;\n\t\tindex = this.listIndex;\n\t\ttype = \"##\";\n\t\tlist = this.listIndex;\n\t}\n\tif(this.filter) {\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(this.filter, this)));\n\t}\n\tif(this.subfilter) {\n\t\tvar subfilter = \"[list[\" + this.target + type + list + \"]] \" + this.subfilter;\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(subfilter, this)));\n\t}\n\tif(this.filtertags) {\n\t\tvar tiddler = this.wiki.getTiddler(this.target),\n\t\t\toldtags = tiddler ? (tiddler.fields.tags || []).slice(0) : [],\n\t\t\ttagfilter = \"[list[\" + this.target + \"!!tags]] \" + this.filtertags,\n\t\t\tnewtags = this.wiki.filterTiddlers(tagfilter,this);\n\t\tif($tw.utils.stringifyList(oldtags.sort()) !== $tw.utils.stringifyList(newtags.sort())) {\n\t\t\tthis.wiki.setText(this.target,\"tags\",undefined,$tw.utils.stringifyList(newtags));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-listops\"] = ActionListopsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"title": "$:/core/modules/widgets/action-navigate.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"title": "$:/core/modules/widgets/action-sendmessage.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tevent: event\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"title": "$:/core/modules/widgets/action-setfield.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\toptions = {};\n\toptions.suppressTimestamp = !this.actionTimestamp;\n\tif((typeof this.actionField == \"string\") || (typeof this.actionIndex == \"string\") || (typeof this.actionValue == \"string\")) {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue,options);\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute,options);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"title": "$:/core/modules/widgets/browse.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Nw.js supports \"nwsaveas\" to force a \"save as\" dialogue that allows a new or existing file to be selected\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Nw.js supports \"webkitdirectory\" and \"nwdirectory\" to allow a directory to be selected\n\tif(this.webkitdirectory) {\n\t\tdomNode.setAttribute(\"webkitdirectory\",this.webkitdirectory);\n\t}\n\tif(this.nwdirectory) {\n\t\tdomNode.setAttribute(\"nwdirectory\",this.nwdirectory);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,{\n\t\t\t\tcallback: function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t},\n\t\t\t\tdeserializer: self.deserializer\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.deserializer = this.getAttribute(\"deserializer\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n\tthis.webkitdirectory = this.getAttribute(\"webkitdirectory\");\n\tthis.nwdirectory = this.getAttribute(\"nwdirectory\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"title": "$:/core/modules/widgets/button.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.actions) {\n\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Make it draggable if required\n\tif(this.dragTiddler || this.dragFilter) {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.dragTiddler;},\n\t\t\tdragFilterFn: function() {return self.dragFilter;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n return this.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tevent: event\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\"), event: event});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\tthis.dragTiddler = this.getAttribute(\"dragTiddler\");\n\tthis.dragFilter = this.getAttribute(\"dragFilter\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || changedAttributes.dragFilter || changedAttributes.dragTiddler || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"title": "$:/core/modules/widgets/checkbox.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value;\n\t\t\tif($tw.utils.hop(tiddler.fields,this.checkboxField)) {\n\t\t\t\tvalue = tiddler.fields[this.checkboxField] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = this.checkboxDefault || \"\";\n\t\t\t}\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxIndex) {\n\t\t\tvar value = this.wiki.extractTiddlerDataItem(tiddler,this.checkboxIndex,this.checkboxDefault || \"\");\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag),\n\t\tvalue = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\t// Set the index if specified\n\tif(this.checkboxIndex) {\n\t\tvar indexValue = this.wiki.extractTiddlerDataItem(this.checkboxTitle,this.checkboxIndex);\n\t\tif(!tiddler || indexValue !== value) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tif(this.checkboxIndex) {\n\t\t\tthis.wiki.setText(this.checkboxTitle,\"\",this.checkboxIndex,value);\n\t\t} else {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t\t}\n\t}\n\t// Trigger actions\n\tif(this.checkboxActions) {\n\t\tthis.invokeActionString(this.checkboxActions,this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxActions = this.getAttribute(\"actions\");\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxIndex = this.getAttribute(\"index\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.index || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"title": "$:/core/modules/widgets/codeblock.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"title": "$:/core/modules/widgets/count.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/draggable.js": {
"title": "$:/core/modules/widgets/draggable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/draggable.js\ntype: application/javascript\nmodule-type: widget\n\nDraggable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DraggableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDraggableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDraggableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Sanitise the specified tag\n\tvar tag = this.draggableTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"div\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [\"tc-draggable\"];\n\tif(this.draggableClasses) {\n\t\tclasses.push(this.draggableClasses);\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Add event handlers\n\t$tw.utils.makeDraggable({\n\t\tdomNode: domNode,\n\t\tdragTiddlerFn: function() {return self.getAttribute(\"tiddler\");},\n\t\tdragFilterFn: function() {return self.getAttribute(\"filter\");},\n\t\twidget: this\n\t});\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nDraggableWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.draggableTag = this.getAttribute(\"tag\",\"div\");\n\tthis.draggableClasses = this.getAttribute(\"class\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDraggableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedTiddlers.tag || changedTiddlers[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.draggable = DraggableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/droppable.js": {
"title": "$:/core/modules/widgets/droppable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/droppable.js\ntype: application/javascript\nmodule-type: widget\n\nDroppable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DroppableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDroppableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDroppableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.droppableTag && $tw.config.htmlUnsafeElements.indexOf(this.droppableTag) === -1) {\n\t\ttag = this.droppableTag;\n\t}\n\t// Create element and assign classes\n\tvar domNode = this.document.createElement(tag),\n\t\tclasses = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-droppable\");\n\tdomNode.className = classes.join(\" \");\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"}\n\t]);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDroppableWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDroppableWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally. The hacky second condition is to resolve a problem with Firefox whereby there is an erroneous dragenter event if the node being dragged is within the dropzone\n\tif(this.currentlyEntered.length === 0 || (this.currentlyEntered.length === 1 && this.currentlyEntered[0] === $tw.dragInProgress)) {\n\t\tthis.currentlyEntered = [];\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDroppableWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\t// Set the drop effect\n\tevent.dataTransfer.dropEffect = this.droppableEffect;\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this;\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar dataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Try to import the various data types we understand\n\t$tw.utils.importDataTransfer(dataTransfer,null,function(fieldsArray) {\n\t\tfieldsArray.forEach(function(fields) {\n\t\t\tself.performActions(fields.title || fields.text,event);\n\t\t});\n\t});\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.performActions = function(title,event) {\n\tif(this.droppableActions) {\n\t\tthis.invokeActionString(this.droppableActions,this,event,{actionTiddler: title});\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDroppableWidget.prototype.execute = function() {\n\tthis.droppableActions = this.getAttribute(\"actions\");\n\tthis.droppableEffect = this.getAttribute(\"effect\",\"copy\");\n\tthis.droppableTag = this.getAttribute(\"tag\");\n\tthis.droppableClass = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDroppableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.droppable = DroppableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"title": "$:/core/modules/widgets/dropzone.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDropZoneWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally\n\tif(this.currentlyEntered.length === 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = 0;\n\tif(dataTransfer.files) {\n\t\tnumFiles = this.wiki.readFiles(dataTransfer.files,{\n\t\t\tcallback: readFileCallback,\n\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t});\n\t}\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\t$tw.utils.importDataTransfer(dataTransfer,this.wiki.generateNewTitle(\"Untitled\"),readFileCallback);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),{\n\t\t\t\t\tcallback: readFileCallback,\n\t\t\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\tthis.dropzoneDeserializer = this.getAttribute(\"deserializer\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"title": "$:/core/modules/widgets/edit-binary.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"title": "$:/core/modules/widgets/edit-bitmap.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 600,\n\tDEFAULT_IMAGE_HEIGHT = 370;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\",\n\tLINE_OPACITY_TITLE = \"$:/config/BitmapEditor/Opacity\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\t// Initialise the editor operations if they've not been done already\n\tif(!this.editorOperations) {\n\t\tEditBitmapWidget.prototype.editorOperations = {};\n\t\t$tw.modules.applyMethods(\"bitmapeditoroperation\",this.editorOperations);\n\t}\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the wrapper for the toolbar and render its content\n\tthis.toolbarNode = this.document.createElement(\"div\");\n\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\tparent.insertBefore(this.toolbarNode,nextSibling);\n\tthis.domNodes.push(this.toolbarNode);\n\t// Create the on-screen canvas\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Render toolbar child widgets\n\tthis.renderChildren(this.toolbarNode,null);\n\t// // Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n\t// Add widget message listeners\n\tthis.addEventListeners([\n\t\t{type: \"tm-edit-bitmap-operation\", handler: \"handleEditBitmapOperationMessage\"}\n\t]);\n};\n\n/*\nHandle an edit bitmap operation message from the toolbar\n*/\nEditBitmapWidget.prototype.handleEditBitmapOperationMessage = function(event) {\n\t// Invoke the handler\n\tvar handler = this.editorOperations[event.param];\n\tif(handler) {\n\t\thandler.call(this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nJust refresh the toolbar\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nSet the bitmap size variables and refresh the toolbar\n*/\nEditBitmapWidget.prototype.refreshToolbar = function() {\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Refresh each of our child widgets\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.refreshSelf();\n\t});\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.globalAlpha = parseFloat(this.wiki.getTiddlerText(LINE_OPACITY_TITLE,\"1.0\"));\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseFloat(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"));\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,update,this.wiki.getCreationFields()));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-shortcut.js": {
"title": "$:/core/modules/widgets/edit-shortcut.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-shortcut.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an editable keyboard shortcut\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditShortcutWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditShortcutWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditShortcutWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.inputNode = this.document.createElement(\"input\");\n\t// Assign classes\n\tif(this.shortcutClass) {\n\t\tthis.inputNode.className = this.shortcutClass;\t\t\n\t}\n\t// Assign other attributes\n\tif(this.shortcutStyle) {\n\t\tthis.inputNode.setAttribute(\"style\",this.shortcutStyle);\n\t}\n\tif(this.shortcutTooltip) {\n\t\tthis.inputNode.setAttribute(\"title\",this.shortcutTooltip);\n\t}\n\tif(this.shortcutPlaceholder) {\n\t\tthis.inputNode.setAttribute(\"placeholder\",this.shortcutPlaceholder);\n\t}\n\tif(this.shortcutAriaLabel) {\n\t\tthis.inputNode.setAttribute(\"aria-label\",this.shortcutAriaLabel);\n\t}\n\t// Assign the current shortcut\n\tthis.updateInputNode();\n\t// Add event handlers\n\t$tw.utils.addEventListeners(this.inputNode,[\n\t\t{name: \"keydown\", handlerObject: this, handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Link into the DOM\n\tparent.insertBefore(this.inputNode,nextSibling);\n\tthis.domNodes.push(this.inputNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditShortcutWidget.prototype.execute = function() {\n\tthis.shortcutTiddler = this.getAttribute(\"tiddler\");\n\tthis.shortcutField = this.getAttribute(\"field\");\n\tthis.shortcutIndex = this.getAttribute(\"index\");\n\tthis.shortcutPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.shortcutDefault = this.getAttribute(\"default\",\"\");\n\tthis.shortcutClass = this.getAttribute(\"class\");\n\tthis.shortcutStyle = this.getAttribute(\"style\");\n\tthis.shortcutTooltip = this.getAttribute(\"tooltip\");\n\tthis.shortcutAriaLabel = this.getAttribute(\"aria-label\");\n};\n\n/*\nUpdate the value of the input node\n*/\nEditShortcutWidget.prototype.updateInputNode = function() {\n\tif(this.shortcutField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.shortcutTiddler);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,this.shortcutField)) {\n\t\t\tthis.inputNode.value = tiddler.getFieldString(this.shortcutField);\n\t\t} else {\n\t\t\tthis.inputNode.value = this.shortcutDefault;\n\t\t}\n\t} else if(this.shortcutIndex) {\n\t\tthis.inputNode.value = this.wiki.extractTiddlerDataItem(this.shortcutTiddler,this.shortcutIndex,this.shortcutDefault);\n\t} else {\n\t\tthis.inputNode.value = this.wiki.getTiddlerText(this.shortcutTiddler,this.shortcutDefault);\n\t}\n};\n\n/*\nHandle a dom \"keydown\" event\n*/\nEditShortcutWidget.prototype.handleKeydownEvent = function(event) {\n\t// Ignore shift, ctrl, meta, alt\n\tif(event.keyCode && $tw.keyboardManager.getModifierKeys().indexOf(event.keyCode) === -1) {\n\t\t// Get the shortcut text representation\n\t\tvar value = $tw.keyboardManager.getPrintableShortcuts([{\n\t\t\tctrlKey: event.ctrlKey,\n\t\t\tshiftKey: event.shiftKey,\n\t\t\taltKey: event.altKey,\n\t\t\tmetaKey: event.metaKey,\n\t\t\tkeyCode: event.keyCode\n\t\t}]);\n\t\tif(value.length > 0) {\n\t\t\tthis.wiki.setText(this.shortcutTiddler,this.shortcutField,this.shortcutIndex,value[0]);\n\t\t}\n\t\t// Ignore the keydown if it was already handled\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn true;\t\t\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget needed re-rendering\n*/\nEditShortcutWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.placeholder || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.style || changedAttributes.tooltip || changedAttributes[\"aria-label\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.shortcutTiddler]) {\n\t\tthis.updateInputNode();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports[\"edit-shortcut\"] = EditShortcutWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"title": "$:/core/modules/widgets/edit-text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tFramedEngine = require(\"$:/core/modules/editor/engines/framed.js\").FramedEngine,\n\tSimpleEngine = require(\"$:/core/modules/editor/engines/simple.js\").SimpleEngine;\n\nexports[\"edit-text\"] = editTextWidgetFactory(FramedEngine,SimpleEngine);\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"title": "$:/core/modules/widgets/edit.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t},\n\t\tchildren: this.parseTreeNode.children\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"title": "$:/core/modules/widgets/element.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"title": "$:/core/modules/widgets/encrypt.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"title": "$:/core/modules/widgets/entity.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar entityString = this.getAttribute(\"entity\",this.parseTreeNode.entity || \"\"),\n\t\ttextNode = this.document.createTextNode($tw.utils.entityDecode(entityString));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.entity) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"title": "$:/core/modules/widgets/fieldmangler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t} else if(typeof event.param === \"string\" && event.param.trim() !== \"\" && this.mangleTitle.trim() !== \"\") {\n\t\tvar tag = [];\n\t\ttag.push(event.param.trim());\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.mangleTitle, tags: tag},modification));\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"title": "$:/core/modules/widgets/fields.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = $tw.utils.replaceString(row,\"$name$\",fieldName);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$value$\",value);\n\t\t\t\trow = $tw.utils.replaceString(row,\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"title": "$:/core/modules/widgets/image.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t} else {\n\t\t\t\t// Just trigger loading of the tiddler\n\t\t\t\tthis.wiki.getTiddlerText(this.imageSource);\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"title": "$:/core/modules/widgets/importvariables.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"title": "$:/core/modules/widgets/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.tag && $tw.config.htmlUnsafeElements.indexOf(this.tag) === -1) {\n\t\ttag = this.tag;\n\t}\n\t// Create element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.keyboardManager.checkKeyDescriptors(event,self.keyInfoArray)) {\n\t\t\tself.invokeActions(self,event);\n\t\t\tif(self.actions) {\n\t\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t\t}\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.tag = this.getAttribute(\"tag\");\n\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"title": "$:/core/modules/widgets/link.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar MISSING_LINK_CONFIG_TITLE = \"$:/config/MissingLinks\";\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true,\n\t\tmissingLinksEnabled = !(this.hideMissingLinks && this.isMissing && !this.isShadow);\n\t// Render the link if required\n\tif(useWikiLinks && missingLinksEnabled) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikilinkTransformFilter = this.getVariable(\"tv-filter-export-link\"),\n\t\twikiLinkText;\n\tif(wikilinkTransformFilter) {\n\t\t// Use the filter to construct the href\n\t\twikiLinkText = this.wiki.filterTiddlers(wikilinkTransformFilter,this,function(iterator) {\n\t\t\titerator(self.wiki.getTiddler(self.to),self.to)\n\t\t})[0];\n\t} else {\n\t\t// Expand the tv-wikilink-template variable to construct the href\n\t\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\";\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkTemplate,\"$uri_encoded$\",encodeURIComponent(this.to));\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkText,\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\t}\n\t// Override with the value of tv-get-export-link if defined\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\t// Set the tabindex\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\t// Make the link draggable if required\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.to;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tmetaKey: event.metaKey,\n\t\tctrlKey: event.ctrlKey,\n\t\taltKey: event.altKey,\n\t\tshiftKey: event.shiftKey\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t}\n\tevent.stopPropagation();\n\treturn false;\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\tthis.hideMissingLinks = ($tw.wiki.getTiddlerText(MISSING_LINK_CONFIG_TITLE,\"yes\") === \"no\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip || changedTiddlers[MISSING_LINK_CONFIG_TITLE]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"title": "$:/core/modules/widgets/linkcatcher.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchActions = this.getAttribute(\"actions\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n\t// When executing actions we avoid trapping navigate events, so that we don't trigger ourselves recursively\n\tthis.executingActions = false;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(!this.executingActions) {\n\t\t// Execute the actions\n\t\tif(this.catchTo) {\n\t\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t\t}\n\t\tif(this.catchMessage && this.parentWidget) {\n\t\t\tthis.parentWidget.dispatchEvent({\n\t\t\t\ttype: this.catchMessage,\n\t\t\t\tparam: event.navigateTo,\n\t\t\t\tnavigateTo: event.navigateTo\n\t\t\t});\n\t\t}\n\t\tif(this.catchSet) {\n\t\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t\t}\n\t\tif(this.catchActions) {\n\t\t\tthis.executingActions = true;\n\t\t\tthis.invokeActionString(this.catchActions,this,event,{navigateTo: event.navigateTo});\n\t\t\tthis.executingActions = false;\n\t\t}\n\t} else {\n\t\t// This is a navigate event generated by the actions of this linkcatcher, so we don't trap it again, but just pass it to the parent\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: \"tm-navigate\",\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"title": "$:/core/modules/widgets/list.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(this.storyViewName && !StoryView) {\n\t\tStoryView = this.storyViews[\"classic\"];\n\t}\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerDataCached(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"title": "$:/core/modules/widgets/macrocall.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"title": "$:/core/modules/widgets/navigator.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"},\n\t\t{type: \"tm-fold-tiddler\", handler: \"handleFoldTiddlerEvent\"},\n\t\t{type: \"tm-fold-other-tiddlers\", handler: \"handleFoldOtherTiddlersEvent\"},\n\t\t{type: \"tm-fold-all-tiddlers\", handler: \"handleFoldAllTiddlersEvent\"},\n\t\t{type: \"tm-unfold-all-tiddlers\", handler: \"handleUnfoldAllTiddlersEvent\"},\n\t\t{type: \"tm-rename-tiddler\", handler: \"handleRenameTiddlerEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\tthis.setVariable(\"tv-story-list\",this.storyTitle);\n\tthis.setVariable(\"tv-history-list\",this.historyTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\t// Quit if we cannot get hold of the story list\n\tif(!storyList) {\n\t\treturn;\n\t}\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(title);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(fromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(this.getAttribute(\"openLinkFromInsideRiver\",\"below\")) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,title);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-navigating\",event);\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar editTiddler = $tw.hooks.invokeHook(\"th-editing-tiddler\",event);\n\tif(!editTiddler) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title);\n\t// Update the story and history if required\n\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\tvar draftTitle = draftTiddler.fields.title,\n\t\t\tstoryList = this.getStoryList();\n\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t\treturn false;\n\t}\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\toriginalTiddler = originalTitle ? this.wiki.getTiddler(originalTitle) : undefined,\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tif(originalTiddler) {\n\t\t\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",originalTiddler);\n\t\t}\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Invoke the hook function and delete this tiddler\n\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",tiddler);\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Create the new tiddler and pass it through the th-saving-tiddler hook\n\t\t\t\tvar newTiddler = new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields());\n\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-saving-tiddler\",newTiddler);\n\t\t\t\tthis.wiki.addTiddler(newTiddler);\n\t\t\t\t// If enabled, relink references to renamed tiddler\n\t\t\t\tvar shouldRelink = this.getAttribute(\"relinkOnRename\",\"no\").toLowerCase().trim() === \"yes\";\n\t\t\t\tif(isRename && shouldRelink && this.wiki.tiddlerExists(draftOf)) {\nconsole.log(\"Relinking '\" + draftOf + \"' to '\" + draftTitle + \"'\");\n\t\t\t\t\tthis.wiki.relinkTiddler(draftOf,draftTitle);\n\t\t\t\t}\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// #2381 always remove new title & old\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\tthis.removeTitleFromStory(storyList,draftOf);\n\t\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\tif(originalTiddler) {\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t\t} else {\n\t\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\t}\n\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Make a copy of the additional fields excluding any blank ones\n\tvar filteredAdditionalFields = $tw.utils.extend({},additionalFields);\n\tObject.keys(filteredAdditionalFields).forEach(function(fieldName) {\n\t\tif(filteredAdditionalFields[fieldName] === \"\") {\n\t\t\tdelete filteredAdditionalFields[fieldName];\n\t\t}\n\t});\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags);\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\tadditionalFields,\n\t\texistingTiddler,\n\t\tfilteredAdditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\ttiddlerFields.title = $tw.utils.trim(tiddlerFields.title);\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\n\t}\n\treturn false;\n};\n\n//\nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerDataCached(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push($tw.language.getString(\"Import/Imported/Hint\") + \"\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\t\t\ttiddler = $tw.hooks.invokeHook(\"th-importing-tiddler\",tiddler);\n\t\t\tself.wiki.addTiddler(tiddler);\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: event.param,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([event.param]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nNavigatorWidget.prototype.handleFoldTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {};\n\tif(paramObject.foldedState) {\n\t\tvar foldedState = this.wiki.getTiddlerText(paramObject.foldedState,\"show\") === \"show\" ? \"hide\" : \"show\";\n\t\tthis.wiki.setText(paramObject.foldedState,\"text\",null,foldedState);\n\t}\n};\n\nNavigatorWidget.prototype.handleFoldOtherTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,event.param === title ? \"show\" : \"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleFoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleUnfoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"show\");\n\t});\n};\n\nNavigatorWidget.prototype.handleRenameTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {},\n\t\tfrom = paramObject.from || event.tiddlerTitle,\n\t\tto = paramObject.to;\n\t$tw.wiki.renameTiddler(from,to);\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"title": "$:/core/modules/widgets/password.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"title": "$:/core/modules/widgets/radio.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nSet a field or index at a given tiddler via radio buttons\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar value,\n\t\ttiddler = this.wiki.getTiddler(this.radioTitle);\n\tif (this.radioIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.radioTitle,this.radioIndex);\n\t} else {\n\t\tvalue = tiddler && tiddler.getFieldString(this.radioField);\n\t}\n\treturn value;\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioIndex) {\n\t\tthis.wiki.setText(this.radioTitle,\"\",this.radioIndex,this.radioValue);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),{title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioIndex = this.getAttribute(\"index\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"title": "$:/core/modules/widgets/raw.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"title": "$:/core/modules/widgets/reveal.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTitle = this.state;\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"title": "$:/core/modules/widgets/scrollable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"title": "$:/core/modules/widgets/select.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\t// Get the new value and assign it to the tiddler\n\tif(this.selectMultiple == false) {\n\t\tvar value = this.getSelectDomNode().value;\n\t} else {\n\t\tvar value = this.getSelectValues()\n\t\t\t\tvalue = $tw.utils.stringifyList(value);\n\t}\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n\t// Trigger actions\n\tif(this.selectActions) {\n\t\tthis.invokeActionString(this.selectActions,this,event);\n\t}\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tif (this.selectMultiple) {\n\t\tvalue = value === undefined ? \"\" : value;\n\t\tvar select = this.getSelectDomNode();\n\t\tvar values = Array.isArray(value) ? value : $tw.utils.parseStringArray(value);\n\t\tfor(var i=0; i < select.children.length; i++){\n\t\t\tif(values.indexOf(select.children[i].value) != -1) {\n\t\t\t\tselect.children[i].selected = true;\n\t\t\t}\n\t\t}\n\t\t\n\t} else {\n\t\tvar domNode = this.getSelectDomNode();\n\t\tif(domNode.value !== value) {\n\t\t\tdomNode.value = value;\n\t\t}\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n// Return an array of the selected opion values\n// select is an HTML select element\nSelectWidget.prototype.getSelectValues = function() {\n\tvar select, result, options, opt;\n\tselect = this.getSelectDomNode();\n\tresult = [];\n\toptions = select && select.options;\n\tfor (var i=0; i<options.length; i++) {\n\t\topt = options[i];\n\t\tif (opt.selected) {\n\t\t\tresult.push(opt.value || opt.text);\n\t\t}\n\t}\n\treturn result;\n}\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectActions = this.getAttribute(\"actions\");\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\tthis.selectMultiple = this.getAttribute(\"multiple\", false);\n\tthis.selectSize = this.getAttribute(\"size\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tif(this.selectMultiple) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"multiple\",\"multiple\");\n\t}\n\tif(this.selectSize) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"size\",this.selectSize);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"title": "$:/core/modules/widgets/set.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setSelect = this.getAttribute(\"select\");\n\tthis.setTiddler = this.getAttribute(\"tiddler\");\n\tthis.setField = this.getAttribute(\"field\");\n\tthis.setIndex = this.getAttribute(\"index\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.getValue(),this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nGet the value to be assigned\n*/\nSetWidget.prototype.getValue = function() {\n\tvar value = this.setValue;\n\tif(this.setTiddler) {\n\t\tvar tiddler = this.wiki.getTiddler(this.setTiddler);\n\t\tif(!tiddler) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t} else if(this.setField) {\n\t\t\tvalue = tiddler.getFieldString(this.setField) || this.setEmptyValue;\n\t\t} else if(this.setIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.setTiddler,this.setIndex,this.setEmptyValue);\n\t\t} else {\n\t\t\tvalue = tiddler.fields.text || this.setEmptyValue ;\n\t\t}\n\t} else if(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvar select;\n\t\t\tif(this.setSelect) {\n\t\t\t\tselect = parseInt(this.setSelect,10);\n\t\t\t}\n\t\t\tif(select !== undefined) {\n\t\t\t\tvalue = results[select] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = $tw.utils.stringifyList(results);\t\t\t\n\t\t\t}\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t} else if(!value && this.setEmptyValue) {\n\t\tvalue = this.setEmptyValue;\n\t}\n\treturn value || \"\";\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.select || changedAttributes.tiddler || (this.setTiddler && changedTiddlers[this.setTiddler]) || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes.emptyValue ||\n\t (this.setFilter && this.getValue() != this.variables[this.setName].value)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"title": "$:/core/modules/widgets/text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"title": "$:/core/modules/widgets/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"title": "$:/core/modules/widgets/transclude.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: $tw.language.getString(\"Error/RecursiveTransclusion\")}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/vars.js": {
"title": "$:/core/modules/widgets/vars.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"title": "$:/core/modules/widgets/view.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tthis.viewMode = this.getAttribute(\"mode\",\"block\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"plainwikified\":\n\t\t\tthis.text = this.getValueAsPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencodedplainwikified\":\n\t\t\tthis.text = this.getValueAsHtmlEncodedPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsPlainWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsHtmlEncodedPlainWikified = function(mode) {\n\treturn $tw.utils.htmlEncode(this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t}));\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"title": "$:/core/modules/widgets/widget.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value;\n\t\t// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = $tw.utils.replaceString(text,new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tthis.qualifiers = this.qualifiers || Object.create(null);\n\tname = name || \"transclusion\";\n\tif(this.qualifiers[name]) {\n\t\treturn this.qualifiers[name];\n\t} else {\n\t\tvar output = [],\n\t\t\tnode = this;\n\t\twhile(node && node.parentWidget) {\n\t\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\t\toutput.push(node.getVariable(name));\n\t\t\t}\n\t\t\tnode = node.parentWidget;\n\t\t}\n\t\tvar value = $tw.utils.hashString(output.join(\"\"));\n\t\tthis.qualifiers[name] = value;\n\t\treturn value;\n\t}\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"filtered\") {\n\t\t\tvalue = self.wiki.filterTiddlers(attribute.filter,self)[0] || \"\";\n\t\t} else if(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction) {\n\t\t\tchild.refreshSelf();\n\t\t\tif(child.invokeAction(triggeringWidget,event)) {\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n/*\nInvoke the action widgets defined in a string\n*/\nWidget.prototype.invokeActionString = function(actions,triggeringWidget,event,variables) {\n\tactions = actions || \"\";\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",actions,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t}),\n\t\twidgetNode = this.wiki.makeWidget(parser,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document,\n\t\t\tvariables: variables\n\t\t});\n\tvar container = this.document.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn widgetNode.invokeActions(this,event);\n};\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/wikify.js": {
"title": "$:/core/modules/widgets/wikify.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/wikify.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to wikify text into a variable\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WikifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWikifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWikifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWikifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.wikifyName = this.getAttribute(\"name\");\n\tthis.wikifyText = this.getAttribute(\"text\");\n\tthis.wikifyType = this.getAttribute(\"type\");\n\tthis.wikifyMode = this.getAttribute(\"mode\",\"block\");\n\tthis.wikifyOutput = this.getAttribute(\"output\",\"text\");\n\t// Create the parse tree\n\tthis.wikifyParser = this.wiki.parseText(this.wikifyType,this.wikifyText,{\n\t\t\tparseAsInline: this.wikifyMode === \"inline\"\n\t\t});\n\t// Create the widget tree \n\tthis.wikifyWidgetNode = this.wiki.makeWidget(this.wikifyParser,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparentWidget: this\n\t\t});\n\t// Render the widget tree to the container\n\tthis.wikifyContainer = $tw.fakeDocument.createElement(\"div\");\n\tthis.wikifyWidgetNode.render(this.wikifyContainer,null);\n\tthis.wikifyResult = this.getResult();\n\t// Set context variable\n\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nReturn the result string\n*/\nWikifyWidget.prototype.getResult = function() {\n\tvar result;\n\tswitch(this.wikifyOutput) {\n\t\tcase \"text\":\n\t\t\tresult = this.wikifyContainer.textContent;\n\t\t\tbreak;\n\t\tcase \"formattedtext\":\n\t\t\tresult = this.wikifyContainer.formattedTextContent;\n\t\t\tbreak;\n\t\tcase \"html\":\n\t\t\tresult = this.wikifyContainer.innerHTML;\n\t\t\tbreak;\n\t\tcase \"parsetree\":\n\t\t\tresult = JSON.stringify(this.wikifyParser.tree,0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t\tcase \"widgettree\":\n\t\t\tresult = JSON.stringify(this.getWidgetTree(),0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t}\n\treturn result;\n};\n\n/*\nReturn a string of the widget tree\n*/\nWikifyWidget.prototype.getWidgetTree = function() {\n\tvar copyNode = function(widgetNode,resultNode) {\n\t\t\tvar type = widgetNode.parseTreeNode.type;\n\t\t\tresultNode.type = type;\n\t\t\tswitch(type) {\n\t\t\t\tcase \"element\":\n\t\t\t\t\tresultNode.tag = widgetNode.parseTreeNode.tag;\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"text\":\n\t\t\t\t\tresultNode.text = widgetNode.parseTreeNode.text;\n\t\t\t\t\tbreak;\t\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.attributes || {}).length > 0) {\n\t\t\t\tresultNode.attributes = {};\n\t\t\t\t$tw.utils.each(widgetNode.attributes,function(attr,attrName) {\n\t\t\t\t\tresultNode.attributes[attrName] = widgetNode.getAttribute(attrName);\n\t\t\t\t});\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.children || {}).length > 0) {\n\t\t\t\tresultNode.children = [];\n\t\t\t\t$tw.utils.each(widgetNode.children,function(widgetChildNode) {\n\t\t\t\t\tvar node = {};\n\t\t\t\t\tresultNode.children.push(node);\n\t\t\t\t\tcopyNode(widgetChildNode,node);\n\t\t\t\t});\n\t\t\t}\n\t\t},\n\t\tresults = {};\n\tcopyNode(this.wikifyWidgetNode,results);\n\treturn results;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWikifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh ourselves entirely if any of our attributes have changed\n\tif(changedAttributes.name || changedAttributes.text || changedAttributes.type || changedAttributes.mode || changedAttributes.output) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Refresh the widget tree\n\t\tif(this.wikifyWidgetNode.refresh(changedTiddlers)) {\n\t\t\t// Check if there was any change\n\t\t\tvar result = this.getResult();\n\t\t\tif(result !== this.wikifyResult) {\n\t\t\t\t// If so, save the change\n\t\t\t\tthis.wikifyResult = result;\n\t\t\t\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t\t\t\t// Refresh each of our child widgets\n\t\t\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\t\t\tchildWidget.refreshSelf();\n\t\t\t\t});\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\t// Just refresh the children\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.wikify = WikifyWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki-bulkops.js": {
"title": "$:/core/modules/wiki-bulkops.js",
"text": "/*\\\ntitle: $:/core/modules/wiki-bulkops.js\ntype: application/javascript\nmodule-type: wikimethod\n\nBulk tiddler operations such as rename.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRename a tiddler, and relink any tags or lists that reference it.\n*/\nfunction renameTiddler(fromTitle,toTitle,options) {\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\t// Rename the tiddler itself\n\t\tvar oldTiddler = this.getTiddler(fromTitle),\n\t\t\tnewTiddler = new $tw.Tiddler(oldTiddler,{title: toTitle},this.getModificationFields());\n\t\tnewTiddler = $tw.hooks.invokeHook(\"th-renaming-tiddler\",newTiddler,oldTiddler);\n\t\tthis.addTiddler(newTiddler);\n\t\tthis.deleteTiddler(fromTitle);\n\t\t// Rename any tags or lists that reference it\n\t\tthis.relinkTiddler(fromTitle,toTitle,options)\n\t}\n}\n\n/*\nRelink any tags or lists that reference a given tiddler\n*/\nfunction relinkTiddler(fromTitle,toTitle,options) {\n\tvar self = this;\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\tthis.each(function(tiddler,title) {\n\t\t\tvar type = tiddler.fields.type || \"\";\n\t\t\t// Don't touch plugins or JavaScript modules\n\t\t\tif(!tiddler.fields[\"plugin-type\"] && type !== \"application/javascript\") {\n\t\t\t\tvar tags = (tiddler.fields.tags || []).slice(0),\n\t\t\t\t\tlist = (tiddler.fields.list || []).slice(0),\n\t\t\t\t\tisModified = false;\n\t\t\t\tif(!options.dontRenameInTags) {\n\t\t\t\t\t// Rename tags\n\t\t\t\t\t$tw.utils.each(tags,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming tag '\" + tags[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\ttags[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(!options.dontRenameInLists) {\n\t\t\t\t\t// Rename lists\n\t\t\t\t\t$tw.utils.each(list,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming list item '\" + list[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\tlist[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(isModified) {\n\t\t\t\t\tvar newTiddler = new $tw.Tiddler(tiddler,{tags: tags, list: list},self.getModificationFields())\n\t\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-relinking-tiddler\",newTiddler,tiddler);\n\t\t\t\t\tself.addTiddler(newTiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\nexports.renameTiddler = renameTiddler;\nexports.relinkTiddler = relinkTiddler;\n\n})();\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/wiki.js": {
"title": "$:/core/modules/wiki.js",
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\",\n\tTIMESTAMP_DISABLE_TITLE = \"$:/config/TimestampDisable\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value,options) {\n\toptions = options || {};\n\tvar creationFields = options.suppressTimestamp ? {} : this.getCreationFields(),\n\t\tmodificationFields = options.suppressTimestamp ? {} : this.getModificationFields();\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tif(value !== undefined) {\n\t\t\tdata[index] = value;\n\t\t} else {\n\t\t\tdelete data[index];\n\t\t}\n\t\tthis.setTiddlerData(title,data,modificationFields);\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(creationFields,tiddler,fields,modificationFields));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = {\n\t\t\t\tcreated: new Date()\n\t\t\t},\n\t\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\t\tif(creator) {\n\t\t\tfields.creator = creator;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = Object.create(null),\n\t\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\t\tfields.modified = new Date();\n\t\tif(modifier) {\n\t\t\tfields.modifier = modifier;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t\t\t\t\t\t\t(isDescending ? y - x : x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerDataCached(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n\nNote that the same value is returned for repeated calls for the same tiddler data. The value is frozen to prevent modification; otherwise modifications would be visible to all callers\n*/\nexports.getTiddlerDataCached = function(titleOrTiddler,defaultData) {\n\tvar self = this,\n\t\ttiddler = titleOrTiddler;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler) {\n\t\treturn this.getCacheForTiddler(tiddler.fields.title,\"data\",function() {\n\t\t\t// Return the frozen value\n\t\t\tvar value = self.getTiddlerData(tiddler.fields.title,undefined);\n\t\t\t$tw.utils.deepFreeze(value);\n\t\t\treturn value;\n\t\t}) || defaultData;\n\t} else {\n\t\treturn defaultData;\n\t}\n};\n\n/*\nAlternative, uncached version of getTiddlerDataCached(). The return value can be mutated freely and reused\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerDataCached(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\tthis.caches = this.caches || Object.create(null);\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = Object.create(null);\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler, or, if the title is null, clear all the caches for all the tiddlers\nexports.clearCache = function(title) {\n\tif(title) {\n\t\tthis.caches = this.caches || Object.create(null);\n\t\tif($tw.utils.hop(this.caches,title)) {\n\t\t\tdelete this.caches[title];\n\t\t}\n\t} else {\n\t\tthis.caches = Object.create(null);\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.parseText = function(type,text,options) {\n\ttext = text || \"\";\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"inlineParseTree\" : \"blockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type || \"text/vnd.tiddlywiki\",tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\noptions.importVariables: optional importvariables filter string for macros to be included\noptions.importPageMacros: optional boolean; if true, equivalent to passing \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\" to options.importVariables\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTreeDiv = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: []}]},\n\t\tparseTreeImportVariables = {\n\t\t\ttype: \"importvariables\",\n\t\t\tattributes: {\n\t\t\t\tfilter: {\n\t\t\t\t\tname: \"filter\",\n\t\t\t\t\ttype: \"string\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tisBlock: false,\n\t\t\tchildren: []},\n\t\tparseTreeTransclude = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {\n\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title}},\n\t\t\tisBlock: !options.parseAsInline};\n\tif(options.importVariables || options.importPageMacros) {\n\t\tif(options.importVariables) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = options.importVariables;\n\t\t} else if(options.importPageMacros) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\";\n\t\t}\n\t\tparseTreeDiv.tree[0].children.push(parseTreeImportVariables);\n\t\tparseTreeImportVariables.children.push(parseTreeTransclude);\n\t} else {\n\t\tparseTreeDiv.tree[0].children.push(parseTreeTransclude);\n\t}\n\tif(options.field) {\n\t\tparseTreeTransclude.attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTreeTransclude.attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTreeTransclude.children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTreeDiv,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nCheck whether the text of a tiddler matches a given value. By default, the comparison is case insensitive, and any spaces at either end of the tiddler text is trimmed\n*/\nexports.checkTiddlerText = function(title,targetText,options) {\n\toptions = options || {};\n\tvar text = this.getTiddlerText(title,\"\");\n\tif(!options.noTrim) {\n\t\ttext = text.trim();\n\t}\n\tif(!options.caseSensitive) {\n\t\ttext = text.toLowerCase();\n\t\ttargetText = targetText.toLowerCase();\n\t}\n\treturn text === targetText;\n}\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\tvar result = [],\n\t\toutstanding = files.length,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t};\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],Object.assign({},options,{callback: readFileCallback}));\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Give the hook a chance to process the drag\n\tif($tw.hooks.invokeHook(\"th-importing-file\",{\n\t\tfile: file,\n\t\ttype: type,\n\t\tisBinary: isBinary,\n\t\tcallback: callback\n\t}) !== true) {\n\t\tthis.readFileContent(file,type,isBinary,options.deserializer,callback);\n\t}\n};\n\n/*\nLower level utility to read the content of a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFileContent = function(file,type,isBinary,deserializer,callback) {\n\tvar self = this;\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\tif(isBinary) {\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttext = text.substr(commaPos + 1);\n\t\t\t}\n\t\t}\n\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedJson) {\n\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\tcallback(tiddlers);\n\t\t\t});\n\t\t} else {\n\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields,{deserializer: deserializer}));\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified.\nIf the original tiddler doesn't exist, create a vanilla tiddler variable,\nto check if additional fields have been added.\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]) || new $tw.Tiddler({text:\"\", tags:[]}),\n\t\ttitleModified = tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"];\n\treturn titleModified || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\tvar story = new $tw.Story({wiki: this, historyTitle: historyTitle});\n\tstory.addToHistory(title,fromPageRect);\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastLight": {
"title": "$:/palettes/ContrastLight",
"name": "Contrast (Light)",
"description": "High contrast and unambiguous (light version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastDark": {
"title": "$:/palettes/ContrastDark",
"name": "Contrast (Dark)",
"description": "High contrast and unambiguous (dark version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/DarkPhotos": {
"title": "$:/palettes/DarkPhotos",
"created": "20150402111612188",
"description": "Good with dark photo backgrounds",
"modified": "20150402112344080",
"name": "DarkPhotos",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarFlare": {
"title": "$:/palettes/SolarFlare",
"name": "Solar Flare",
"description": "Warm, relaxing earth colours",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n download-foreground: <<colour background>>\n dragger-foreground: <<colour background>>\n dropdown-background: <<colour background>>\n modal-background: <<colour background>>\n sidebar-foreground-shadow: <<colour background>>\n tiddler-background: <<colour background>>\n tiddler-border: <<colour background>>\n tiddler-link-background: <<colour background>>\n tab-background-selected: <<colour background>>\n dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n dragger-background: <<colour foreground>>\n tab-foreground: <<colour foreground>>\n tab-foreground-selected: <<colour tab-foreground>>\n sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n sidebar-tab-foreground: <<colour tab-foreground>>\n sidebar-button-foreground: <<colour foreground>>\n sidebar-controls-foreground: <<colour foreground>>\n sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n alert-muted-foreground: <<colour base01>>\n: base00\n code-foreground: <<colour base00>>\n message-foreground: <<colour base00>>\n tag-foreground: <<colour base00>>\n: base0\n sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n muted-foreground: <<colour base1>>\n blockquote-bar: <<colour muted-foreground>>\n dropdown-border: <<colour muted-foreground>>\n sidebar-muted-foreground: <<colour muted-foreground>>\n tiddler-title-foreground: <<colour muted-foreground>>\n site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n modal-footer-background: <<colour base2>>\n page-background: <<colour base2>>\n modal-backdrop: <<colour page-background>>\n notification-background: <<colour page-background>>\n code-background: <<colour page-background>>\n code-border: <<colour code-background>>\n pre-background: <<colour page-background>>\n pre-border: <<colour pre-background>>\n sidebar-tab-background-selected: <<colour page-background>>\n table-header-background: <<colour base2>>\n tag-background: <<colour base2>>\n tiddler-editor-background: <<colour base2>>\n tiddler-info-background: <<colour base2>>\n tiddler-info-tab-background: <<colour base2>>\n tab-background: <<colour base2>>\n dropdown-tab-background: <<colour tab-background>>\n: base3\n alert-background: <<colour base3>>\n message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n alert-highlight: <<colour magenta>>\n: violet\n external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n primary: <<colour blue-muted>>\n download-background: <<colour primary>>\n tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n modal-footer-border: <<colour tab-border>>\n modal-header-border: <<colour tab-border>>\n notification-border: <<colour tab-border>>\n sidebar-tab-border: <<colour tab-border>>\n tab-border-selected: <<colour tab-border>>\n sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/library/sjcl.js/license": {
"title": "$:/library/sjcl.js/license",
"type": "text/plain",
"text": "SJCL is open. You can use, modify and redistribute it under a BSD\nlicense or under the GNU GPL, version 2.0.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/BSD-2-Clause\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University. All rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are\nmet:\n\n1. Redistributions of source code must retain the above copyright\nnotice, this list of conditions and the following disclaimer.\n\n2. Redistributions in binary form must reproduce the above copyright\nnotice, this list of conditions and the following disclaimer in the\ndocumentation and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\nIS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\nTO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\nPARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\nHOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\nSPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\nPROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\nLIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\nNEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/GPL-2.0\n\nThe Stanford Javascript Crypto Library (hosted here on GitHub) is a\nproject by the Stanford Computer Security Lab to build a secure,\npowerful, fast, small, easy-to-use, cross-browser library for\ncryptography in Javascript.\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University.\n\nThis program is free software; you can redistribute it and/or modify it\nunder the terms of the GNU General Public License as published by the\nFree Software Foundation; either version 2 of the License, or (at your\noption) any later version.\n\nThis program is distributed in the hope that it will be useful, but\nWITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General\nPublic License for more details.\n\nYou should have received a copy of the GNU General Public License along\nwith this program; if not, write to the Free Software Foundation, Inc.,\n59 Temple Place, Suite 330, Boston, MA 02111-1307 USA"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)https://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-raw": {
"title": "$:/core/templates/canonical-uri-external-raw",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external raw files that are stored in the same directory\n\n-->\n<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-text": {
"title": "$:/core/templates/canonical-uri-external-text",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external text files.\n\nChange the `./text/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./text/<$view field=\"title\" format=\"doubleurlencoded\"/>.tid"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/json-tiddler": {
"title": "$:/core/templates/json-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw JSON\n\n--><$text text=<<jsontiddler>>/>"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/raw-static-tiddler": {
"title": "$:/core/templates/raw-static-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as static HTML\n\n--><$view field=\"text\" format=\"plainwikified\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-all": {
"title": "$:/core/save/lazy-all",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/single.tiddler.window": {
"title": "$:/core/templates/single.tiddler.window",
"text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawStaticContent]!has[draft.of]] ||$:/core/templates/raw-static-tiddler}}}\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|https://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\">\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n</body>\n</html>\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AboveStory/tw2-plugin-check": {
"title": "$:/core/ui/AboveStory/tw2-plugin-check",
"tags": "$:/tags/AboveStory",
"text": "\\define lingo-base() $:/language/AboveStory/ClassicPlugin/\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n<ul>\n\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]]\">\n\n<li>\n\n<$link><$view field=\"title\"/></$link>\n\n</li>\n\n</$list>\n\n</ul>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch/FilterButton]!has[draft.of]]\"><$transclude/></$list>\n</div>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button popup=<<qualify \"$:/state/filterDeleteDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}\n</$button>\n</$reveal>\n\n<$reveal state=<<qualify \"$:/state/filterDeleteDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<div class=\"tc-dropdown-item-plain\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\nAre you sure you wish to delete <<resultCount>> tiddler(s)?\n</$set>\n</div>\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn\">\n<$action-deletetiddler $filter={{$:/temp/advancedsearch}}/>\nDelete these tiddlers\n</$button>\n</div>\n</div>\n</div>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</span>\n\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</div>\n</$linkcatcher>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/export": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$list>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"icon": "$:/core/images/advanced-search-button",
"color": "#bbb",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button class=\"tc-btn-invisible\"><$action-deletetiddler $tiddler=<<currentTiddler>>/>{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">({{$:/language/Count}}: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
},
"$:/core/ui/Components/plugin-info": {
"title": "$:/core/ui/Components/plugin-info",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage,default-popup-state)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-info(type,default-popup-state)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>> default=\"\"\"$default-popup-state$\"\"\">\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$set name=\"tabsList\" filter=\"[<currentTiddler>list[]] contents\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList=<<tabsList>> default={{{ [enlist<tabsList>] }}} template=\"$:/core/ui/PluginInfo\"/>\n</$set>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n<$macrocall $name=\"plugin-info\" type=<<plugin-type>> default-popup-state=<<default-popup-state>>/>\n"
},
"$:/core/ui/Components/tag-link": {
"title": "$:/core/ui/Components/tag-link",
"text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\" class=\"tc-edit-texteditor\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Text\"><<lingo NewJournal/Text/Prompt>></$link> |<$edit tiddler=\"$:/config/NewJournal/Text\" tag=\"textarea\" class=\"tc-edit-texteditor\" default=\"\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/KeyboardShortcuts": {
"title": "$:/core/ui/ControlPanel/KeyboardShortcuts",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/KeyboardShortcuts/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/KeyboardShortcuts/\n\n\\define new-shortcut(title)\n<div class=\"tc-dropdown-item-plain\">\n<$edit-shortcut tiddler=\"$title$\" placeholder={{$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt}} style=\"width:auto;\"/> <$button>\n<<lingo Add/Caption>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"[{$title$}]\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"$title$\"\n/>\n</$button>\n</div>\n\\end\n\n\\define shortcut-list-item(caption)\n<td>\n</td>\n<td style=\"text-align:right;font-size:0.7em;\">\n<<lingo Platform/$caption$>>\n</td>\n<td>\n<div style=\"position:relative;\">\n<$button popup=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> class=\"tc-btn-invisible\">\n{{$:/core/images/edit-button}}\n</$button>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutTitle)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\n<$reveal state=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown tc-popup-keep\">\n<$list filter=\"[list[$(shortcutTitle)$!!text]sort[title]]\" variable=\"shortcut\" emptyMessage=\"\"\"\n<div class=\"tc-dropdown-item-plain\">\n//<<lingo NoShortcuts/Caption>>//\n</div>\n\"\"\">\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn-invisible\" tooltip=<<lingo Remove/Hint>>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"+[remove<shortcut>]\"\n/>\n×\n</$button>\n<kbd>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts=<<shortcut>>/>\n</kbd>\n</div>\n</$list>\n<hr/>\n<$macrocall $name=\"new-shortcut\" title=<<qualify \"$:/state/new-shortcut/$(shortcutTitle)$\">>/>\n</div>\n</div>\n</$reveal>\n</div>\n</td>\n\\end\n\n\\define shortcut-list(caption,prefix)\n<tr>\n<$list filter=\"[all[tiddlers+shadows][$prefix$$(shortcutName)$]]\" variable=\"shortcutTitle\">\n<<shortcut-list-item \"$caption$\">>\n</$list>\n</tr>\n\\end\n\n\\define shortcut-editor()\n<<shortcut-list \"All\" \"$:/config/shortcuts/\">>\n<<shortcut-list \"Mac\" \"$:/config/shortcuts-mac/\">>\n<<shortcut-list \"NonMac\" \"$:/config/shortcuts-not-mac/\">>\n<<shortcut-list \"Linux\" \"$:/config/shortcuts-linux/\">>\n<<shortcut-list \"NonLinux\" \"$:/config/shortcuts-not-linux/\">>\n<<shortcut-list \"Windows\" \"$:/config/shortcuts-windows/\">>\n<<shortcut-list \"NonWindows\" \"$:/config/shortcuts-not-windows/\">>\n\\end\n\n\\define shortcut-preview()\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutPrefix)$$(shortcutName)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\\end\n\n\\define shortcut-item-inner()\n<tr>\n<td>\n<$reveal type=\"nomatch\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"open\"\n/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"close\"\n/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n''<$text text=<<shortcutName>>/>''\n</td>\n<td>\n<$transclude tiddler=\"$:/config/ShortcutInfo/$(shortcutName)$\"/>\n</td>\n<td>\n<$list filter=\"$:/config/shortcuts/ $:/config/shortcuts-mac/ $:/config/shortcuts-not-mac/ $:/config/shortcuts-linux/ $:/config/shortcuts-not-linux/ $:/config/shortcuts-windows/ $:/config/shortcuts-not-windows/\" variable=\"shortcutPrefix\">\n<<shortcut-preview>>\n</$list>\n</td>\n</tr>\n<$set name=\"dropdownState\" value={{$(dropdownStateTitle)$}}>\n<$list filter=\"[<dropdownState>prefix[open]]\" variable=\"listItem\">\n<<shortcut-editor>>\n</$list>\n</$set>\n\\end\n\n\\define shortcut-item()\n<$set name=\"dropdownStateTitle\" value=<<qualify \"$:/state/dropdown/keyboardshortcut/$(shortcutName)$\">>>\n<<shortcut-item-inner>>\n</$set>\n\\end\n\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$:/config/ShortcutInfo/]]\" variable=\"shortcutName\">\n<<shortcut-item>>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Modals/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
"subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
"text": "\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/Install/Caption}}\"\"\">\n{{$:/language/ControlPanel/Plugins/Reinstall/Caption}}\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"{{$:/language/ControlPanel/Plugins/NotInstalled/Hint}}\"\"\">\n<em>\n{{$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint}}\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Plugins/OpenPluginLibrary}}\n</$button>\n\\end\n\n\\define display-server-assets(type)\n{{$:/language/Search/Search}}: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define close-library-button()\n<$reveal type='nomatch' state='$:/temp/ServerConnection/$(PluginLibraryURL)$' text=''>\n<$button class='tc-btn-big-green'>\n<$action-sendmessage $message=\"tm-unload-plugin-library\" url={{!!url}}/>\n{{$:/core/images/chevron-left}} {{$:/language/ControlPanel/Plugins/ClosePluginLibrary}}\n<$action-deletetiddler $filter=\"[prefix[$:/temp/ServerConnection/$(PluginLibraryURL)$]][prefix[$:/temp/RemoteAssetInfo/$(PluginLibraryURL)$]]\"/>\n</$button>\n</$reveal>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<$set name=PluginLibraryURL value={{!!url}}>\n<<close-library-button>>\n</$set>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<div>\n<<plugin-library-listing>>\n</div>\n\n</$importvariables>\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Parsing": {
"title": "$:/core/ui/ControlPanel/Parsing",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Parsing/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Parsing/\n\n\\define toggle(Type)\n<$checkbox\ntiddler=\"\"\"$:/config/WikiParserRules/$Type$/$(rule)$\"\"\"\nfield=\"text\"\nchecked=\"enable\"\nunchecked=\"disable\"\ndefault=\"enable\">\n<<rule>>\n</$checkbox>\n\\end\n\n\\define rules(type,Type)\n<$list filter=\"[wikiparserrules[$type$]]\" variable=\"rule\">\n<dd><<toggle $Type$>></dd>\n</$list>\n\\end\n\n<<lingo Hint>>\n\n<dl>\n<dt><<lingo Pragma/Caption>></dt>\n<<rules pragma Pragma>>\n<dt><<lingo Inline/Caption>></dt>\n<<rules inline Inline>>\n<dt><<lingo Block/Caption>></dt>\n<<rules block Block>>\n</dl>"
},
"$:/core/ui/ControlPanel/Plugins/Add/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
"text": "<<display-server-assets language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
"text": "<<display-server-assets plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
"text": "<<display-server-assets theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Plugins/AddPlugins",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
"text": "<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
"text": "<<plugin-table plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
"text": "<<plugin-table theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define plugin-table(type)\n<$set name=\"plugin-type\" value=\"\"\"$type$\"\"\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">> template=\"$:/core/ui/Components/plugin-info\"/>\n</$set>\n</$set>\n\\end\n\n{{$:/core/ui/ControlPanel/Plugins/AddPlugins}}\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
},
"$:/core/ui/ControlPanel/Saving/DownloadSaver": {
"title": "$:/core/ui/ControlPanel/Saving/DownloadSaver",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/DownloadSaver/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/DownloadSaver/\n\n<<lingo Hint>>\n\n!! <$link to=\"$:/config/DownloadSaver/AutoSave\"><<lingo AutoSave/Hint>></$link>\n\n<$checkbox tiddler=\"$:/config/DownloadSaver/AutoSave\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <<lingo AutoSave/Description>> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Saving/General": {
"title": "$:/core/ui/ControlPanel/Saving/General",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/General/Caption}}",
"list-before": "",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n{{$:/language/ControlPanel/Saving/General/Hint}}\n\n!! <$link to=\"$:/config/AutoSave\"><<lingo AutoSave/Caption>></$link>\n\n<<lingo AutoSave/Hint>>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo AutoSave/Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo AutoSave/Disabled/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Saving/TiddlySpot": {
"title": "$:/core/ui/ControlPanel/Saving/TiddlySpot",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/TiddlySpot/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/TiddlySpot/\n\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo Password>> |<$password name=\"upload\"/> |\n|<<lingo Backups>> |<<backupLink>> |\n\n''<<lingo Advanced/Heading>>''\n\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "{{$:/language/ControlPanel/Saving/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Saving]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Saving/General\">>\n</div>\n"
},
"$:/core/buttonstyles/Borderless": {
"title": "$:/core/buttonstyles/Borderless",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
"text": "tc-btn-invisible"
},
"$:/core/buttonstyles/Boxed": {
"title": "$:/core/buttonstyles/Boxed",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
"text": "tc-btn-boxed"
},
"$:/core/buttonstyles/Rounded": {
"title": "$:/core/buttonstyles/Rounded",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
"text": "tc-btn-rounded"
},
"$:/core/ui/ControlPanel/Settings/CamelCase": {
"title": "$:/core/ui/ControlPanel/Settings/CamelCase",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/CamelCase/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/CamelCase/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/WikiParserRules/Inline/wikilink\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> <$link to=\"$:/config/WikiParserRules/Inline/wikilink\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
"title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
"caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Settings/EditorToolbar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/EditorToolbar/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/TextEditor/EnableToolbar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/TextEditor/EnableToolbar\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/InfoPanelMode": {
"title": "$:/core/ui/ControlPanel/Settings/InfoPanelMode",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/InfoPanelMode/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/InfoPanelMode/\n<$link to=\"$:/config/TiddlerInfo/Mode\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"popup\"> <<lingo Popup/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"sticky\"> <<lingo Sticky/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
"title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n <option value=\"above\"><<lingo \"OpenAbove\">></option>\n <option value=\"below\"><<lingo \"OpenBelow\">></option>\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/MissingLinks": {
"title": "$:/core/ui/ControlPanel/Settings/MissingLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/MissingLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/MissingLinks/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/MissingLinks\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/MissingLinks\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation": {
"title": "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/PerformanceInstrumentation/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Performance/Instrumentation\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Performance/Instrumentation\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/TitleLinks": {
"title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>"
},
"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"><$transclude tiddler={{!!icon}}/></span> <$transclude field=\"caption\"/> -- <i class=\"tc-muted\"><$transclude field=\"description\"/></i>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditorToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditorToolbar/Hint}}\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditorToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate\"/>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/ItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"> <$transclude field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude field=\"description\"/></i></span>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/PageControlButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/PageControls\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/ViewToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/ViewToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"icon": "$:/core/images/options-button",
"color": "#bbb",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n//<small>{{$:/language/Search/Matches/Title}}</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>{{$:/language/Search/Matches/All}}</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body/preview/output": {
"title": "$:/core/ui/EditTemplate/body/preview/output",
"tags": "$:/tags/EditPreview",
"caption": "{{$:/language/EditTemplate/Body/Preview/Type/Output}}",
"text": "<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n"
},
"$:/core/ui/EditTemplate/body/editor": {
"title": "$:/core/ui/EditTemplate/body/editor",
"text": "<$edit\n\n field=\"text\"\n class=\"tc-edit-texteditor\"\n placeholder={{$:/language/EditTemplate/Body/Placeholder}}\n\n><$set\n\n name=\"targetTiddler\"\n value=<<currentTiddler>>\n\n><$list\n\n filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\"\n\n><$reveal\n\n type=\"nomatch\"\n state=<<config-visibility-title>>\n text=\"hide\"\n class=\"tc-text-editor-toolbar-item-wrapper\"\n\n><$transclude\n\n tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\"\n mode=\"inline\"\n\n/></$reveal></$list></$set></$edit>\n"
},
"$:/core/ui/EditTemplate/body/toolbar/button": {
"title": "$:/core/ui/EditTemplate/body/toolbar/button",
"text": "\\define toolbar-button-icon()\n<$list\n\n filter=\"[all[current]!has[custom-icon]]\"\n variable=\"no-custom-icon\"\n\n><$transclude\n\n tiddler={{!!icon}}\n\n/></$list>\n\\end\n\n\\define toolbar-button-tooltip()\n{{!!description}}<$macrocall $name=\"displayshortcuts\" $output=\"text/plain\" shortcuts={{!!shortcuts}} prefix=\"` - [\" separator=\"] [\" suffix=\"]`\"/>\n\\end\n\n\\define toolbar-button()\n<$list\n\n filter={{!!condition}}\n variable=\"list-condition\"\n\n><$wikify\n\n name=\"tooltip-text\"\n text=<<toolbar-button-tooltip>>\n mode=\"inline\"\n output=\"text\"\n\n><$list\n\n filter=\"[all[current]!has[dropdown]]\"\n variable=\"no-dropdown\"\n\n><$button\n\n class=\"tc-btn-invisible $(buttonClasses)$\"\n tooltip=<<tooltip-text>>\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button></$list><$list\n\n filter=\"[all[current]has[dropdown]]\"\n variable=\"dropdown\"\n\n><$set\n\n name=\"dropdown-state\"\n value=<<qualify \"$:/state/EditorToolbarDropdown\">>\n\n><$button\n\n popup=<<dropdown-state>>\n class=\"tc-popup-keep tc-btn-invisible $(buttonClasses)$\"\n selectedClass=\"tc-selected\"\n tooltip=<<tooltip-text>>\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button><$reveal\n\n state=<<dropdown-state>>\n type=\"popup\"\n position=\"below\"\n animate=\"yes\"\n tag=\"span\"\n\n><div\n\n class=\"tc-drop-down tc-popup-keep\"\n\n><$transclude\n\n tiddler={{!!dropdown}}\n mode=\"block\"\n\n/></div></$reveal></$set></$list></$wikify></$list>\n\\end\n\n\\define toolbar-button-outer()\n<$set\n\n name=\"buttonClasses\"\n value={{!!button-classes}}\n\n><<toolbar-button>></$set>\n\\end\n\n<<toolbar-button-outer>>"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n\\define config-visibility-title()\n$:/config/EditorToolbarButtons/Visibility/$(currentTiddler)$\n\\end\n<$list filter=\"[is[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<div class=\"tc-tiddler-preview\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude tiddler={{$:/state/editpreviewtype}} mode=\"inline\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/preview/output\" mode=\"inline\"/>\n\n</$transclude>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field-inner()\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name=<<name>> $value=<<value>>/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n\\end\n\n\\define new-field()\n<$set name=\"name\" value={{$:/temp/newfieldname}}>\n<$set name=\"value\" value={{$:/temp/newfieldvalue}}>\n<<new-field-inner>>\n</$set>\n</$set>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]search:title{$:/temp/newfieldname}sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]search:title{$:/temp/newfieldname}sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n\\define pluginLinkBody()\n<$link to=\"\"\"$(pluginTitle)$\"\"\">\n<$text text=\"\"\"$(pluginTitle)$\"\"\"/>\n</$link>\n\\end\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">×</$button>\n</span>\n</$vars>\n\\end\n\n\\define tag-body(colour,palette)\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n\\end\n\n\\define tag-picker-actions()\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\">\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n</$list>\n</$fieldmangler>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</div>\n"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>\n\n<$vars pattern=\"\"\"[\\|\\[\\]{}]\"\"\" bad-chars=\"\"\"`| [ ] { }`\"\"\">\n\n<$list filter=\"[is[current]regexp:draft.title<pattern>]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/BadCharacterWarning}}\n\n</div>\n\n</$list>\n\n</$vars>\n\n<$reveal state=\"!!draft.title\" type=\"nomatch\" text={{!!draft.of}} tag=\"div\">\n\n<$list filter=\"[{!!draft.title}!is[missing]]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/Exists/Prompt}}\n\n</div>\n\n</$list>\n\n<$list filter=\"[{!!draft.of}!is[missing]]\" variable=\"listItem\">\n\n<$vars fromTitle={{!!draft.of}} toTitle={{!!draft.title}}>\n\n<$checkbox tiddler=\"$:/config/RelinkOnRename\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> {{$:/language/EditTemplate/Title/Relink/Prompt}}</$checkbox>\n\n</$vars>\n\n</$list>\n\n</$reveal>\n\n\n"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group-sort]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n\\end\n\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$fieldmangler>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"((cancel-edit-tiddler))\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"((save-tiddler))\" actions=<<actions>>>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>>/>\n</$set>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</$fieldmangler>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar $:/tags/ViewToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "<$fieldmangler><$button tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{$:/temp/newfieldname}} $value={{$:/temp/newfieldvalue}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button></$fieldmangler>\n"
},
"$:/core/ui/EditorToolbar/bold": {
"title": "$:/core/ui/EditorToolbar/bold",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/bold",
"caption": "{{$:/language/Buttons/Bold/Caption}}",
"description": "{{$:/language/Buttons/Bold/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((bold))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"''\"\n\tsuffix=\"''\"\n/>\n"
},
"$:/core/ui/EditorToolbar/clear-dropdown": {
"title": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": "''{{$:/language/Buttons/Clear/Hint}}''\n\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"clear\"\n\tcolour=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n\n</div>\n"
},
"$:/core/ui/EditorToolbar/clear": {
"title": "$:/core/ui/EditorToolbar/clear",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/erase",
"caption": "{{$:/language/Buttons/Clear/Caption}}",
"description": "{{$:/language/Buttons/Clear/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/editor-height-dropdown": {
"title": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/EditorHeight/\n''<<lingo Hint>>''\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"auto\"> {{$:/core/images/auto-height}} <<lingo Caption/Auto>></$radio>\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"fixed\"> {{$:/core/images/fixed-height}} <<lingo Caption/Fixed>> <$edit-text tag=\"input\" tiddler=\"$:/config/TextEditor/EditorHeight/Height\" default=\"100px\"/></$radio>\n"
},
"$:/core/ui/EditorToolbar/editor-height": {
"title": "$:/core/ui/EditorToolbar/editor-height",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/fixed-height",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/EditorHeight/Caption}}",
"description": "{{$:/language/Buttons/EditorHeight/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n{{$:/core/images/fixed-height}}\n</$reveal>\n<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n{{$:/core/images/auto-height}}\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/excise-dropdown": {
"title": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Excise/\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<<lingo Caption/NewTitle>> <$edit-text tag=\"input\" tiddler=\"$config-title$/new-title\" default=\"\" focus=\"true\"/>\n\n<$set name=\"new-title\" value={{$config-title$/new-title}}>\n<$list filter=\"\"\"[<new-title>is[tiddler]]\"\"\">\n<div class=\"tc-error\">\n<<lingo Caption/TiddlerExists>>\n</div>\n</$list>\n</$set>\n\n<$checkbox tiddler=\"\"\"$config-title$/tagnew\"\"\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"false\"> <<lingo Caption/Tag>></$checkbox>\n\n<<lingo Caption/Replace>> <$select tiddler=\"\"\"$config-title$/type\"\"\" default=\"transclude\">\n<option value=\"link\"><<lingo Caption/Replace/Link>></option>\n<option value=\"transclude\"><<lingo Caption/Replace/Transclusion>></option>\n<option value=\"macro\"><<lingo Caption/Replace/Macro>></option>\n</$select>\n\n<$reveal state=\"\"\"$config-title$/type\"\"\" type=\"match\" text=\"macro\">\n<<lingo Caption/MacroName>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/macro-title\"\"\" default=\"translink\"/>\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"excise\"\n\ttitle={{$config-title$/new-title}}\n\ttype={{$config-title$/type}}\n\tmacro={{$config-title$/macro-title}}\n\ttagnew={{$config-title$/tagnew}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"$config-title$/new-title\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Excise>>\n</$button>\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Excise/\">>/>\n"
},
"$:/core/ui/EditorToolbar/excise": {
"title": "$:/core/ui/EditorToolbar/excise",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/excise",
"caption": "{{$:/language/Buttons/Excise/Caption}}",
"description": "{{$:/language/Buttons/Excise/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"shortcuts": "((excise))",
"dropdown": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/heading-1": {
"title": "$:/core/ui/EditorToolbar/heading-1",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-1",
"caption": "{{$:/language/Buttons/Heading1/Caption}}",
"description": "{{$:/language/Buttons/Heading1/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((heading-1))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-2": {
"title": "$:/core/ui/EditorToolbar/heading-2",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-2",
"caption": "{{$:/language/Buttons/Heading2/Caption}}",
"description": "{{$:/language/Buttons/Heading2/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-2))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"2\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-3": {
"title": "$:/core/ui/EditorToolbar/heading-3",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-3",
"caption": "{{$:/language/Buttons/Heading3/Caption}}",
"description": "{{$:/language/Buttons/Heading3/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-3))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"3\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/core/ui/EditorToolbar/heading-4",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-4",
"caption": "{{$:/language/Buttons/Heading4/Caption}}",
"description": "{{$:/language/Buttons/Heading4/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-4))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"4\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/core/ui/EditorToolbar/heading-5",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-5",
"caption": "{{$:/language/Buttons/Heading5/Caption}}",
"description": "{{$:/language/Buttons/Heading5/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-5))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"5\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/core/ui/EditorToolbar/heading-6",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-6",
"caption": "{{$:/language/Buttons/Heading6/Caption}}",
"description": "{{$:/language/Buttons/Heading6/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-6))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"6\"\n/>\n"
},
"$:/core/ui/EditorToolbar/italic": {
"title": "$:/core/ui/EditorToolbar/italic",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/italic",
"caption": "{{$:/language/Buttons/Italic/Caption}}",
"description": "{{$:/language/Buttons/Italic/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((italic))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"//\"\n\tsuffix=\"//\"\n/>\n"
},
"$:/core/ui/EditorToolbar/line-width-dropdown": {
"title": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/LineWidth/\n\n\\define toolbar-line-width-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(line-width)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/LineWidth\"\n\t$value=\"$(line-width)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; margin: 4px calc(80px - $(line-width)$); background-color: #000; width: calc(100px + $(line-width)$ * 2); height: $(line-width)$; border-radius: 120px; vertical-align: middle;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(line-width)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/LineWidth\" type=\"match\" text=\"\"\"$(line-width)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/LineWidths}} variable=\"line-width\">\n\n<<toolbar-line-width-inner>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/line-width": {
"title": "$:/core/ui/EditorToolbar/line-width",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/line-width",
"caption": "{{$:/language/Buttons/LineWidth/Caption}}",
"description": "{{$:/language/Buttons/LineWidth/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/LineWidth}}/>"
},
"$:/core/ui/EditorToolbar/link-dropdown": {
"title": "$:/core/ui/EditorToolbar/link-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Link/\n\n\\define link-actions()\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"make-link\"\n\ttext={{$(linkTiddler)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<searchTiddler>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<linkTiddler>>\n/>\n\\end\n\n\\define external-link()\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-sendmessage $message=\"tm-edit-text-operation\" $param=\"make-link\" text={{$(searchTiddler)$}}\n/>\n{{$:/core/images/chevron-right}}\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<searchTiddler>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<linkTiddler>>\n/>\n</$button>\n\\end\n\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<$vars searchTiddler=\"\"\"$config-title$/search\"\"\" linkTiddler=\"\"\"$config-title$/link\"\"\" linktext=\"\" >\n\n<$edit-text tiddler=<<searchTiddler>> type=\"search\" tag=\"input\" focus=\"true\" placeholder={{$:/language/Search/Search}} default=\"\"/>\n<$reveal tag=\"span\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n<<external-link>>\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-setfield $tiddler=<<searchTiddler>> text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n\n<$reveal tag=\"div\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n\n<$linkcatcher actions=<<link-actions>> to=<<linkTiddler>>>\n\n{{$:/core/ui/SearchResults}}\n\n</$linkcatcher>\n\n</$reveal>\n\n</$vars>\n\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Link/\">>/>"
},
"$:/core/ui/EditorToolbar/link": {
"title": "$:/core/ui/EditorToolbar/link",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/link",
"caption": "{{$:/language/Buttons/Link/Caption}}",
"description": "{{$:/language/Buttons/Link/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((link))",
"dropdown": "$:/core/ui/EditorToolbar/link-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/list-bullet": {
"title": "$:/core/ui/EditorToolbar/list-bullet",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-bullet",
"caption": "{{$:/language/Buttons/ListBullet/Caption}}",
"description": "{{$:/language/Buttons/ListBullet/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-bullet))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-number": {
"title": "$:/core/ui/EditorToolbar/list-number",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-number",
"caption": "{{$:/language/Buttons/ListNumber/Caption}}",
"description": "{{$:/language/Buttons/ListNumber/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-number))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-block": {
"title": "$:/core/ui/EditorToolbar/mono-block",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-block",
"caption": "{{$:/language/Buttons/MonoBlock/Caption}}",
"description": "{{$:/language/Buttons/MonoBlock/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((mono-block))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n```\"\n\tsuffix=\"```\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-line": {
"title": "$:/core/ui/EditorToolbar/mono-line",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-line",
"caption": "{{$:/language/Buttons/MonoLine/Caption}}",
"description": "{{$:/language/Buttons/MonoLine/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((mono-line))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
},
"$:/core/ui/EditorToolbar/more-dropdown": {
"title": "$:/core/ui/EditorToolbar/more-dropdown",
"text": "\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(toolbarItem)$\n\\end\n\n\\define conditional-button()\n<$list filter={{$(toolbarItem)$!!condition}} variable=\"condition\">\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\" mode=\"inline\"/> <$transclude tiddler=<<toolbarItem>> field=\"description\"/>\n</$list>\n\\end\n\n<div class=\"tc-text-editor-toolbar-more\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]] -[[$:/core/ui/EditorToolbar/more]]\">\n<$reveal type=\"match\" state=<<config-visibility-title>> text=\"hide\" tag=\"div\">\n<<conditional-button>>\n</$reveal>\n</$list>\n</div>\n"
},
"$:/core/ui/EditorToolbar/more": {
"title": "$:/core/ui/EditorToolbar/more",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/down-arrow",
"caption": "{{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"condition": "[<targetTiddler>]",
"dropdown": "$:/core/ui/EditorToolbar/more-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/opacity-dropdown": {
"title": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Opacity/\n\n\\define toolbar-opacity-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(opacity)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Opacity\"\n\t$value=\"$(opacity)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(current-paint-colour)$; opacity: $(opacity)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(opacity)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/Opacity\" type=\"match\" text=\"\"\"$(opacity)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n\\define toolbar-opacity()\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/Opacities}} variable=\"opacity\">\n\n<<toolbar-opacity-inner>>\n\n</$list>\n\\end\n\n<$set name=\"current-paint-colour\" value={{$:/config/BitmapEditor/Colour}}>\n\n<$set name=\"current-opacity\" value={{$:/config/BitmapEditor/Opacity}}>\n\n<<toolbar-opacity>>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/EditorToolbar/opacity": {
"title": "$:/core/ui/EditorToolbar/opacity",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/opacity",
"caption": "{{$:/language/Buttons/Opacity/Caption}}",
"description": "{{$:/language/Buttons/Opacity/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/Opacity}}/>\n"
},
"$:/core/ui/EditorToolbar/paint-dropdown": {
"title": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "''{{$:/language/Buttons/Paint/Hint}}''\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Colour\"\n\t$value=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/paint": {
"title": "$:/core/ui/EditorToolbar/paint",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/paint",
"caption": "{{$:/language/Buttons/Paint/Caption}}",
"description": "{{$:/language/Buttons/Paint/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "\\define toolbar-paint()\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(colour-picker-value)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\\end\n<$set name=\"colour-picker-value\" value={{$:/config/BitmapEditor/Colour}}>\n<<toolbar-paint>>\n</$set>\n"
},
"$:/core/ui/EditorToolbar/picture-dropdown": {
"title": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": "\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n''{{$:/language/Buttons/Picture/Hint}}''\n\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext=<<replacement-text>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/picture": {
"title": "$:/core/ui/EditorToolbar/picture",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/picture",
"caption": "{{$:/language/Buttons/Picture/Caption}}",
"description": "{{$:/language/Buttons/Picture/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((picture))",
"dropdown": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/preview-type-dropdown": {
"title": "$:/core/ui/EditorToolbar/preview-type-dropdown",
"text": "\\define preview-type-button()\n<$button tag=\"a\">\n\n<$action-setfield $tiddler=\"$:/state/editpreviewtype\" $value=\"$(previewType)$\"/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<previewType>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<previewType>> field=\"title\" mode=\"inline\"/>\n\n</$transclude> \n\n<$reveal tag=\"span\" state=\"$:/state/editpreviewtype\" type=\"match\" text=<<previewType>> default=\"$:/core/ui/EditTemplate/body/preview/output\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]]\" variable=\"previewType\">\n\n<<preview-type-button>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/preview-type": {
"title": "$:/core/ui/EditorToolbar/preview-type",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/chevron-down",
"caption": "{{$:/language/Buttons/PreviewType/Caption}}",
"description": "{{$:/language/Buttons/PreviewType/Hint}}",
"condition": "[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]butfirst[]limit[1]]",
"button-classes": "tc-text-editor-toolbar-item-adjunct",
"dropdown": "$:/core/ui/EditorToolbar/preview-type-dropdown"
},
"$:/core/ui/EditorToolbar/preview": {
"title": "$:/core/ui/EditorToolbar/preview",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/preview-open",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/Preview/Caption}}",
"description": "{{$:/language/Buttons/Preview/Hint}}",
"condition": "[<targetTiddler>]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((preview))",
"text": "<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-open}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"no\"/>\n</$reveal>\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-closed}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"yes\"/>\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/quote": {
"title": "$:/core/ui/EditorToolbar/quote",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/quote",
"caption": "{{$:/language/Buttons/Quote/Caption}}",
"description": "{{$:/language/Buttons/Quote/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((quote))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n<<<\"\n\tsuffix=\"<<<\"\n/>\n"
},
"$:/core/ui/EditorToolbar/size-dropdown": {
"title": "$:/core/ui/EditorToolbar/size-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Size/\n\n\\define toolbar-button-size-preset(config-title)\n<$set name=\"width\" filter=\"$(sizePair)$ +[first[]]\">\n\n<$set name=\"height\" filter=\"$(sizePair)$ +[last[]]\">\n\n<$button tag=\"a\">\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n\t$value=<<width>>\n/>\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n\t$value=<<height>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/presets-popup\"\"\"\n/>\n\n<$text text=<<width>>/> × <$text text=<<height>>/>\n\n</$button>\n\n</$set>\n\n</$set>\n\\end\n\n\\define toolbar-button-size(config-title)\n''{{$:/language/Buttons/Size/Hint}}''\n\n<<lingo Caption/Width>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-width\"\"\" default=<<tv-bitmap-editor-width>> focus=\"true\" size=\"8\"/> <<lingo Caption/Height>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-height\"\"\" default=<<tv-bitmap-editor-height>> size=\"8\"/> <$button popup=\"\"\"$config-title$/presets-popup\"\"\" class=\"tc-btn-invisible tc-popup-keep\" style=\"width: auto; display: inline-block; background-colour: inherit;\" selectedClass=\"tc-selected\">\n{{$:/core/images/down-arrow}}\n</$button>\n\n<$reveal tag=\"span\" state=\"\"\"$config-title$/presets-popup\"\"\" type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down tc-popup-keep\">\n\n<$list filter={{$:/config/BitmapEditor/ImageSizes}} variable=\"sizePair\">\n\n<$macrocall $name=\"toolbar-button-size-preset\" config-title=\"$config-title$\"/>\n\n</$list>\n\n</div>\n\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"resize\"\n\twidth={{$config-title$/new-width}}\n\theight={{$config-title$/new-height}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Resize>>\n</$button>\n\\end\n\n<$macrocall $name=\"toolbar-button-size\" config-title=<<qualify \"$:/state/Size/\">>/>\n"
},
"$:/core/ui/EditorToolbar/size": {
"title": "$:/core/ui/EditorToolbar/size",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/size",
"caption": "{{$:/language/Buttons/Size/Caption}}",
"description": "{{$:/language/Buttons/Size/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/size-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/stamp-dropdown": {
"title": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$view tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<snippetTitle>> field=\"title\" mode=\"inline\"/>\n\n</$view>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextEditor/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/TextEditor/Snippet\"\n\tcaption={{$:/language/Buttons/Stamp/New/Title}}\n\ttext={{$:/language/Buttons/Stamp/New/Text}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n"
},
"$:/core/ui/EditorToolbar/stamp": {
"title": "$:/core/ui/EditorToolbar/stamp",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/stamp",
"caption": "{{$:/language/Buttons/Stamp/Caption}}",
"description": "{{$:/language/Buttons/Stamp/Hint}}",
"condition": "[<targetTiddler>!is[image]]",
"shortcuts": "((stamp))",
"dropdown": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/strikethrough": {
"title": "$:/core/ui/EditorToolbar/strikethrough",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/strikethrough",
"caption": "{{$:/language/Buttons/Strikethrough/Caption}}",
"description": "{{$:/language/Buttons/Strikethrough/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((strikethrough))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"~~\"\n\tsuffix=\"~~\"\n/>\n"
},
"$:/core/ui/EditorToolbar/subscript": {
"title": "$:/core/ui/EditorToolbar/subscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/subscript",
"caption": "{{$:/language/Buttons/Subscript/Caption}}",
"description": "{{$:/language/Buttons/Subscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((subscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\",,\"\n\tsuffix=\",,\"\n/>\n"
},
"$:/core/ui/EditorToolbar/superscript": {
"title": "$:/core/ui/EditorToolbar/superscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/superscript",
"caption": "{{$:/language/Buttons/Superscript/Caption}}",
"description": "{{$:/language/Buttons/Superscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((superscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"^^\"\n\tsuffix=\"^^\"\n/>\n"
},
"$:/core/ui/EditorToolbar/underline": {
"title": "$:/core/ui/EditorToolbar/underline",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/underline",
"caption": "{{$:/language/Buttons/Underline/Caption}}",
"description": "{{$:/language/Buttons/Underline/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((underline))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"__\"\n\tsuffix=\"__\"\n/>\n"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/StoryList": {
"title": "$:/core/Filters/StoryList",
"tags": "$:/tags/Filter",
"filter": "[list[$:/StoryList]] -$:/AdvancedSearch",
"description": "{{$:/language/Filters/StoryList}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/Filters/TypedTiddlers": {
"title": "$:/core/Filters/TypedTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Filters/TypedTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n\n\\define select-all-actions()\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<$action-setfield $field={{{ [<payloadTiddler>addprefix[selection-]] }}} $value={{$:/state/import/select-all}}/>\n</$list>\n\\end\n\n<table>\n<tbody>\n<tr>\n<th>\n<$checkbox tiddler=\"$:/state/import/select-all\" field=\"text\" checked=\"checked\" unchecked=\"unchecked\" default=\"checked\" actions=<<select-all-actions>>>\n<<lingo Listing/Select/Caption>>\n</$checkbox>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/Manager/ItemMain/Fields": {
"title": "$:/Manager/ItemMain/Fields",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/Fields}}",
"text": "<table>\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/Manager/ItemMain/RawText": {
"title": "$:/Manager/ItemMain/RawText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/RawText}}",
"text": "<pre><code><$view/></code></pre>\n"
},
"$:/Manager/ItemMain/WikifiedText": {
"title": "$:/Manager/ItemMain/WikifiedText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/WikifiedText}}",
"text": "<$transclude mode=\"block\"/>\n"
},
"$:/Manager/ItemSidebar/Colour": {
"title": "$:/Manager/ItemSidebar/Colour",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Colour}}",
"text": "\\define swatch-styles()\nheight: 1em;\nbackground-color: $(colour)$\n\\end\n\n<$vars colour={{!!color}}>\n<p style=<<swatch-styles>>/>\n</$vars>\n<p>\n<$edit-text field=\"color\" tag=\"input\" type=\"color\"/> / <$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Icon": {
"title": "$:/Manager/ItemSidebar/Icon",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Icon}}",
"text": "<p>\n<div class=\"tc-manager-icon-editor\">\n<$button popup=<<qualify \"$:/state/popup/image-picker\">> class=\"tc-btn-invisible\">\n<$transclude tiddler={{!!icon}}>\n{{$:/language/Manager/Item/Icon/None}}\n</$transclude>\n</$button>\n<div class=\"tc-block-dropdown-wrapper\" style=\"position: static;\">\n<$reveal state=<<qualify \"$:/state/popup/image-picker\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-popup\">\n<div class=\"tc-block-dropdown tc-popup-keep\" style=\"width: 80%; left: 10%; right: 10%; padding: 0.5em;\">\n<$macrocall $name=\"image-picker-include-tagged-images\" actions=\"\"\"\n<$action-setfield $field=\"icon\" $value=<<imageTitle>>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/image-picker\">>/>\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n</div>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tags": {
"title": "$:/Manager/ItemSidebar/Tags",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tags}}",
"text": "\\define tag-checkbox-actions()\n<$action-listops\n\t$tiddler=\"$:/config/Manager/RecentTags\"\n\t$subfilter=\"[<tag>] [list[$:/config/Manager/RecentTags]] +[limit[12]]\"\n/>\n\\end\n\n\\define tag-picker-actions()\n<<tag-checkbox-actions>>\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<p>\n<$list filter=\"[is[current]tags[]] [list[$:/config/Manager/RecentTags]] +[sort[title]] \" variable=\"tag\">\n<div>\n<$checkbox tiddler=<<currentTiddler>> tag=<<tag>> actions=<<tag-checkbox-actions>>>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$checkbox>\n</div>\n</$list>\n</p>\n<p>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tools": {
"title": "$:/Manager/ItemSidebar/Tools",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tools}}",
"text": "<p>\n<$button to=<<currentTiddler>>>{{$:/core/images/link}} open</$button>\n</p>\n<p>\n<$button message=\"tm-edit-tiddler\" param=<<currentTiddler>>>{{$:/core/images/edit-button}} edit</$button>\n</p>\n"
},
"$:/Manager": {
"title": "$:/Manager",
"icon": "$:/core/images/list",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/Manager/\n\n\\define list-item-content-item()\n<div class=\"tc-manager-list-item-content-item\">\n\t<$vars state-title=\"\"\"$:/state/popup/manager/item/$(listItem)$\"\"\">\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"hide\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/down-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"nomatch\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"show\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/right-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\" class=\"tc-manager-list-item-content-item-body\">\n\t\t\t<$transclude tiddler=<<listItem>>/>\n\t\t</$reveal>\n\t</$vars>\n</div>\n\\end\n\n<div class=\"tc-manager-wrapper\">\n\t<div class=\"tc-manager-controls\">\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Show/Prompt>> <$select tiddler=\"$:/config/Manager/Show\" default=\"tiddlers\">\n\t\t\t\t<option value=\"tiddlers\"><<lingo Controls/Show/Option/Tiddlers>></option>\n\t\t\t\t<option value=\"tags\"><<lingo Controls/Show/Option/Tags>></option>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Search/Prompt>> <$edit-text tiddler=\"$:/config/Manager/Filter\" tag=\"input\" default=\"\" placeholder={{$:/language/Manager/Controls/Search/Placeholder}}/>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/FilterByTag/Prompt>> <$select tiddler=\"$:/config/Manager/Tag\" default=\"\">\n\t\t\t\t<option value=\"\"><<lingo Controls/FilterByTag/None>></option>\n\t\t\t\t<$list filter=\"[!is{$:/config/Manager/System}tags[]!is[system]sort[title]]\" variable=\"tag\">\n\t\t\t\t\t<option value=<<tag>>><$text text=<<tag>>/></option>\n\t\t\t\t</$list>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Sort/Prompt>> <$select tiddler=\"$:/config/Manager/Sort\" default=\"title\">\n\t\t\t\t<optgroup label=\"Common\">\n\t\t\t\t\t<$list filter=\"title modified modifier created creator created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t\t<optgroup label=\"All\">\n\t\t\t\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}fields[]sort[title]] -title -modified -modifier -created -creator -created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t</$select>\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/Order\" field=\"text\" checked=\"reverse\" unchecked=\"forward\" default=\"forward\">\n\t\t\t\t<<lingo Controls/Order/Prompt>>\n\t\t\t</$checkbox>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/System\" field=\"text\" checked=\"\" unchecked=\"system\" default=\"system\">\n\t\t\t\t{{$:/language/SystemTiddlers/Include/Prompt}}\n\t\t\t</$checkbox>\n\t\t</div>\n\t</div>\n\t<div class=\"tc-manager-list\">\n\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}search{$:/config/Manager/Filter}tag:strict{$:/config/Manager/Tag}sort{$:/config/Manager/Sort}order{$:/config/Manager/Order}]\">\n\t\t\t<$vars transclusion=<<currentTiddler>>>\n\t\t\t\t<div style=\"tc-manager-list-item\">\n\t\t\t\t\t<$button popup=<<qualify \"$:/state/manager/popup\">> class=\"tc-btn-invisible tc-manager-list-item-heading\" selectedClass=\"tc-manager-list-item-heading-selected\">\n\t\t\t\t\t\t<$text text=<<currentTiddler>>/>\n\t\t\t\t\t</$button>\n\t\t\t\t\t<$reveal state=<<qualify \"$:/state/manager/popup\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-manager-list-item-content tc-popup-handle\">\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-tiddler\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemMain]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-sidebar\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemSidebar]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t</$reveal>\n\t\t\t\t</div>\n\t\t\t</$vars>\n\t\t</$list>\n\t</div>\n</div>\n"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Explorer": {
"title": "$:/core/ui/MoreSideBar/Explorer",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Explorer/Caption}}",
"text": "<<tree \"$:/\">>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\n{{$:/language/ControlPanel/Plugins/Installed/Hint}}\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar/Plugins]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Plugins/Plugins\">>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Languages": {
"title": "$:/core/ui/MoreSideBar/Plugins/Languages",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[language]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins/Plugins",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[plugin]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}>>/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Theme": {
"title": "$:/core/ui/MoreSideBar/Plugins/Theme",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[theme]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/fold-all": {
"title": "$:/core/ui/Buttons/fold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/fold-all-button}} {{$:/language/Buttons/FoldAll/Caption}}",
"description": "{{$:/language/Buttons/FoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/FoldAll/Hint}} aria-label={{$:/language/Buttons/FoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n \n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/manager": {
"title": "$:/core/ui/Buttons/manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/list}} {{$:/language/Buttons/Manager/Caption}}",
"description": "{{$:/language/Buttons/Manager/Hint}}",
"text": "\\define manager-button(class)\n<$button to=\"$:/Manager\" tooltip={{$:/language/Buttons/Manager/Hint}} aria-label={{$:/language/Buttons/Manager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/list}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Manager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/Manager]]\" emptyMessage=<<manager-button>>>\n<<manager-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-image": {
"title": "$:/core/ui/Buttons/new-image",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-image-button}} {{$:/language/Buttons/NewImage/Caption}}",
"description": "{{$:/language/Buttons/NewImage/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/NewImage/Hint}} aria-label={{$:/language/Buttons/NewImage/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=\"image/jpeg\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-image-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewImage/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\" text=\"$(journalText)$\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"journalText\" value={{$:/config/NewJournal/Text}}>\n<<journalButton>>\n</$set></$set></$set>"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/palette": {
"title": "$:/core/ui/Buttons/palette",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
"description": "{{$:/language/Buttons/Palette/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/print": {
"title": "$:/core/ui/Buttons/print",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/print-button}} {{$:/language/Buttons/Print/Caption}}",
"description": "{{$:/language/Buttons/Print/Hint}}",
"text": "<$button message=\"tm-print\" tooltip={{$:/language/Buttons/Print/Hint}} aria-label={{$:/language/Buttons/Print/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/print-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Print/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n \n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n \n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/timestamp": {
"title": "$:/core/ui/Buttons/timestamp",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/timestamp-on}} {{$:/language/Buttons/Timestamp/Caption}}",
"description": "{{$:/language/Buttons/Timestamp/Hint}}",
"text": "<$reveal type=\"nomatch\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/On/Hint}} aria-label={{$:/language/Buttons/Timestamp/On/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"yes\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-on}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/On/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/Off/Hint}} aria-label={{$:/language/Buttons/Timestamp/Off/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"no\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/timestamp-off}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/Off/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/unfold-all": {
"title": "$:/core/ui/Buttons/unfold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/unfold-all-button}} {{$:/language/Buttons/UnfoldAll/Caption}}",
"description": "{{$:/language/Buttons/UnfoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/UnfoldAll/Hint}} aria-label={{$:/language/Buttons/UnfoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-unfold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/UnfoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$set>\n</$reveal>\n</$list>\n</div>\n\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/pluginreloadwarning": {
"title": "$:/core/ui/PageTemplate/pluginreloadwarning",
"tags": "$:/tags/PageTemplate",
"text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\" animate=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n\\define default-tiddler-title()\n$:/core/ui/PluginInfo/Default/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<default-tiddler-title>> mode=\"block\">\n{{$:/language/ControlPanel/Plugin/NoInfoFound/Hint}}\n</$transclude>\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/PluginInfo/Default/contents": {
"title": "$:/core/ui/PluginInfo/Default/contents",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n"
},
"$:/core/ui/PluginListItemTemplate": {
"title": "$:/core/ui/PluginListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"description\">\n<$view field=\"title\"/>\n</$view>\n</$link>\n</div>"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\define lingo-base() $:/language/CloseAll/\n\n\\define drop-actions()\n<$action-listops $tiddler=\"$:/StoryList\" $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n<div style=\"position: relative;\">\n<$droppable actions=<<drop-actions>>>\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div>\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$droppable>\n</div>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<drop-actions>>>\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n</$droppable>\n</$tiddler>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\" class={{{ [<listItem>encodeuricomponent[]addprefix[tc-btn-]] }}}>\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<div class=\"tc-sidebar-lists\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-popup-handle\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n<$button popup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" variable=\"listItem\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n{{$:/language/Search/Matches}}\n</$set>\n</$list>\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown-wrapper\" state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown tc-search-drop-down tc-popup-handle\" state=<<qualify \"$:/state/popup/search-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n{{$:/core/ui/SearchResults}}\n\n</$list>\n\n</$reveal>\n\n</$reveal>\n\n</$set>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"icon": "$:/core/images/tag-button",
"color": "#bbb",
"caption": "{{$:/language/TagManager/Caption}}",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td><$macrocall $name=\"tag\" tag=<<currentTiddler>>/></td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td>\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "<span class=\"tc-tag-list-item\">\n<$set name=\"transclusion\" value=<<currentTiddler>>>\n<$macrocall $name=\"tag-pill-body\" tag=<<currentTiddler>> icon={{!!icon}} colour={{!!color}} palette={{$:/palette}} element-tag=\"\"\"$button\"\"\" element-attributes=\"\"\"popup=<<qualify \"$:/state/popup/tag\">> dragFilter='[all[current]tagging[]]' tag='span'\"\"\"/>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list>\n<hr>\n<$macrocall $name=\"list-tagged-draggable\" tag=<<currentTiddler>>/>\n</$reveal>\n</$set>\n</span>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<div style=\"position:relative;\">\n<div class=\"tc-tiddler-controls\" style=\"position:absolute;right:0;\">\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n</div>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" class=\"tc-tiddler-body\" type=\"nomatch\" state=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</$reveal>"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n{{||$:/core/ui/ImportListing}}\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n<$set name=\"plugin-type\" value={{!!plugin-type}}>\n<$set name=\"default-popup-state\" value=\"yes\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n{{||$:/core/ui/Components/plugin-info}}\n</$set>\n</$set>\n</$set>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n</$reveal>"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\"><$transclude tiddler=<<listItem>>/></$set></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate/unfold": {
"title": "$:/core/ui/ViewTemplate/unfold",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" type=\"nomatch\" state=\"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar\" text=\"hide\">\n<$reveal tag=\"div\" type=\"nomatch\" state=<<folded-state>> text=\"hide\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=\"tc-fold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$reveal>\n<$reveal tag=\"div\" type=\"nomatch\" state=<<folded-state>> text=\"show\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=\"tc-unfold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n\\define folded-state()\n$:/state/folded/$(currentTiddler)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Clone/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/CloseOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Close/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Edit/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/fold-bar": {
"title": "$:/core/ui/Buttons/fold-bar",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/chevron-up}} {{$:/language/Buttons/Fold/FoldBar/Caption}}",
"description": "{{$:/language/Buttons/Fold/FoldBar/Hint}}",
"text": "<!-- This dummy toolbar button is here to allow visibility of the fold-bar to be controlled as if it were a toolbar button -->"
},
"$:/core/ui/Buttons/fold-others": {
"title": "$:/core/ui/Buttons/fold-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-others-button}} {{$:/language/Buttons/FoldOthers/Caption}}",
"description": "{{$:/language/Buttons/FoldOthers/Hint}}",
"text": "\\whitespace trim\n<$button tooltip={{$:/language/Buttons/FoldOthers/Hint}} aria-label={{$:/language/Buttons/FoldOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-other-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/FoldOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/fold": {
"title": "$:/core/ui/Buttons/fold",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-button}} {{$:/language/Buttons/Fold/Caption}}",
"description": "{{$:/language/Buttons/Fold/Hint}}",
"text": "\\whitespace trim\n<$reveal type=\"nomatch\" state=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Fold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Unfold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "\\whitespace trim\n\\define button-content()\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Info/Caption}}/>\n</span>\n</$list>\n\\end\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"popup\">\n<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$reveal state=<<tiddlerInfoState>> type=\"match\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"yes\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=<<tiddlerInfoState>> type=\"nomatch\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n</$reveal>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\whitespace trim\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/More/Caption}}/>\n</span>\n</$list>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\whitespace trim\n\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewHere/Caption}}/>\n</span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\whitespace trim\n\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewJournalHere/Caption}}/>\n</span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set>\n</$set>\n</$set>"
},
"$:/core/ui/Buttons/open-window": {
"title": "$:/core/ui/Buttons/open-window",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
"description": "{{$:/language/Buttons/OpenWindow/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/OpenWindow/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permalink/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permaview/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#444"
},
"$:/config/BitmapEditor/ImageSizes": {
"title": "$:/config/BitmapEditor/ImageSizes",
"text": "[[62px 100px]] [[100px 62px]] [[124px 200px]] [[200px 124px]] [[248px 400px]] [[371px 600px]] [[400px 248px]] [[556px 900px]] [[600px 371px]] [[742px 1200px]] [[900px 556px]] [[1200px 742px]]"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3px"
},
"$:/config/BitmapEditor/LineWidths": {
"title": "$:/config/BitmapEditor/LineWidths",
"text": "0.25px 0.5px 1px 2px 3px 4px 6px 8px 10px 16px 20px 28px 40px 56px 80px"
},
"$:/config/BitmapEditor/Opacities": {
"title": "$:/config/BitmapEditor/Opacities",
"text": "0.01 0.025 0.05 0.075 0.1 0.15 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0"
},
"$:/config/BitmapEditor/Opacity": {
"title": "$:/config/BitmapEditor/Opacity",
"text": "1.0"
},
"$:/config/DefaultSidebarTab": {
"title": "$:/config/DefaultSidebarTab",
"text": "$:/core/ui/SideBar/Open"
},
"$:/config/DownloadSaver/AutoSave": {
"title": "$:/config/DownloadSaver/AutoSave",
"text": "no"
},
"$:/config/Drafts/TypingTimeout": {
"title": "$:/config/Drafts/TypingTimeout",
"text": "400"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/Manager/Show": {
"title": "$:/config/Manager/Show",
"text": "tiddlers"
},
"$:/config/Manager/Filter": {
"title": "$:/config/Manager/Filter",
"text": ""
},
"$:/config/Manager/Order": {
"title": "$:/config/Manager/Order",
"text": "forward"
},
"$:/config/Manager/Sort": {
"title": "$:/config/Manager/Sort",
"text": "title"
},
"$:/config/Manager/System": {
"title": "$:/config/Manager/System",
"text": "system"
},
"$:/config/Manager/Tag": {
"title": "$:/config/Manager/Tag",
"text": ""
},
"$:/state/popup/manager/item/$:/Manager/ItemMain/RawText": {
"title": "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText",
"text": "hide"
},
"$:/config/MissingLinks": {
"title": "$:/config/MissingLinks",
"text": "yes"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/OfficialPluginLibrary": {
"title": "$:/config/OfficialPluginLibrary",
"tags": "$:/tags/PluginLibrary",
"url": "https://tiddlywiki.com/library/v5.1.15/index.html",
"caption": "{{$:/language/OfficialPluginLibrary}}",
"text": "{{$:/language/OfficialPluginLibrary/Hint}}\n"
},
"$:/config/Navigation/openLinkFromInsideRiver": {
"title": "$:/config/Navigation/openLinkFromInsideRiver",
"text": "below"
},
"$:/config/Navigation/openLinkFromOutsideRiver": {
"title": "$:/config/Navigation/openLinkFromOutsideRiver",
"text": "top"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all",
"text": "hide"
},
"$:/config/Performance/Instrumentation": {
"title": "$:/config/Performance/Instrumentation",
"text": "no"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Search/AutoFocus": {
"title": "$:/config/Search/AutoFocus",
"text": "true"
},
"$:/config/Search/MinLength": {
"title": "$:/config/Search/MinLength",
"text": "3"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/ShortcutInfo/bold": {
"title": "$:/config/ShortcutInfo/bold",
"text": "{{$:/language/Buttons/Bold/Hint}}"
},
"$:/config/ShortcutInfo/cancel-edit-tiddler": {
"title": "$:/config/ShortcutInfo/cancel-edit-tiddler",
"text": "{{$:/language/Buttons/Cancel/Hint}}"
},
"$:/config/ShortcutInfo/excise": {
"title": "$:/config/ShortcutInfo/excise",
"text": "{{$:/language/Buttons/Excise/Hint}}"
},
"$:/config/ShortcutInfo/heading-1": {
"title": "$:/config/ShortcutInfo/heading-1",
"text": "{{$:/language/Buttons/Heading1/Hint}}"
},
"$:/config/ShortcutInfo/heading-2": {
"title": "$:/config/ShortcutInfo/heading-2",
"text": "{{$:/language/Buttons/Heading2/Hint}}"
},
"$:/config/ShortcutInfo/heading-3": {
"title": "$:/config/ShortcutInfo/heading-3",
"text": "{{$:/language/Buttons/Heading3/Hint}}"
},
"$:/config/ShortcutInfo/heading-4": {
"title": "$:/config/ShortcutInfo/heading-4",
"text": "{{$:/language/Buttons/Heading4/Hint}}"
},
"$:/config/ShortcutInfo/heading-5": {
"title": "$:/config/ShortcutInfo/heading-5",
"text": "{{$:/language/Buttons/Heading5/Hint}}"
},
"$:/config/ShortcutInfo/heading-6": {
"title": "$:/config/ShortcutInfo/heading-6",
"text": "{{$:/language/Buttons/Heading6/Hint}}"
},
"$:/config/ShortcutInfo/italic": {
"title": "$:/config/ShortcutInfo/italic",
"text": "{{$:/language/Buttons/Italic/Hint}}"
},
"$:/config/ShortcutInfo/link": {
"title": "$:/config/ShortcutInfo/link",
"text": "{{$:/language/Buttons/Link/Hint}}"
},
"$:/config/ShortcutInfo/list-bullet": {
"title": "$:/config/ShortcutInfo/list-bullet",
"text": "{{$:/language/Buttons/ListBullet/Hint}}"
},
"$:/config/ShortcutInfo/list-number": {
"title": "$:/config/ShortcutInfo/list-number",
"text": "{{$:/language/Buttons/ListNumber/Hint}}"
},
"$:/config/ShortcutInfo/mono-block": {
"title": "$:/config/ShortcutInfo/mono-block",
"text": "{{$:/language/Buttons/MonoBlock/Hint}}"
},
"$:/config/ShortcutInfo/mono-line": {
"title": "$:/config/ShortcutInfo/mono-line",
"text": "{{$:/language/Buttons/MonoLine/Hint}}"
},
"$:/config/ShortcutInfo/picture": {
"title": "$:/config/ShortcutInfo/picture",
"text": "{{$:/language/Buttons/Picture/Hint}}"
},
"$:/config/ShortcutInfo/preview": {
"title": "$:/config/ShortcutInfo/preview",
"text": "{{$:/language/Buttons/Preview/Hint}}"
},
"$:/config/ShortcutInfo/quote": {
"title": "$:/config/ShortcutInfo/quote",
"text": "{{$:/language/Buttons/Quote/Hint}}"
},
"$:/config/ShortcutInfo/save-tiddler": {
"title": "$:/config/ShortcutInfo/save-tiddler",
"text": "{{$:/language/Buttons/Save/Hint}}"
},
"$:/config/ShortcutInfo/stamp": {
"title": "$:/config/ShortcutInfo/stamp",
"text": "{{$:/language/Buttons/Stamp/Hint}}"
},
"$:/config/ShortcutInfo/strikethrough": {
"title": "$:/config/ShortcutInfo/strikethrough",
"text": "{{$:/language/Buttons/Strikethrough/Hint}}"
},
"$:/config/ShortcutInfo/subscript": {
"title": "$:/config/ShortcutInfo/subscript",
"text": "{{$:/language/Buttons/Subscript/Hint}}"
},
"$:/config/ShortcutInfo/superscript": {
"title": "$:/config/ShortcutInfo/superscript",
"text": "{{$:/language/Buttons/Superscript/Hint}}"
},
"$:/config/ShortcutInfo/underline": {
"title": "$:/config/ShortcutInfo/underline",
"text": "{{$:/language/Buttons/Underline/Hint}}"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status/]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/TextEditor/EditorHeight/Height": {
"title": "$:/config/TextEditor/EditorHeight/Height",
"text": "400px"
},
"$:/config/TextEditor/EditorHeight/Mode": {
"title": "$:/config/TextEditor/EditorHeight/Mode",
"text": "auto"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/TiddlerInfo/Mode": {
"title": "$:/config/TiddlerInfo/Mode",
"text": "popup"
},
"$:/config/Tiddlers/TitleLinks": {
"title": "$:/config/Tiddlers/TitleLinks",
"text": "no"
},
"$:/config/Toolbar/ButtonClass": {
"title": "$:/config/Toolbar/ButtonClass",
"text": "tc-btn-invisible"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others",
"text": "hide"
},
"$:/config/shortcuts-mac/bold": {
"title": "$:/config/shortcuts-mac/bold",
"text": "meta-B"
},
"$:/config/shortcuts-mac/italic": {
"title": "$:/config/shortcuts-mac/italic",
"text": "meta-I"
},
"$:/config/shortcuts-mac/underline": {
"title": "$:/config/shortcuts-mac/underline",
"text": "meta-U"
},
"$:/config/shortcuts-not-mac/bold": {
"title": "$:/config/shortcuts-not-mac/bold",
"text": "ctrl-B"
},
"$:/config/shortcuts-not-mac/italic": {
"title": "$:/config/shortcuts-not-mac/italic",
"text": "ctrl-I"
},
"$:/config/shortcuts-not-mac/underline": {
"title": "$:/config/shortcuts-not-mac/underline",
"text": "ctrl-U"
},
"$:/config/shortcuts/cancel-edit-tiddler": {
"title": "$:/config/shortcuts/cancel-edit-tiddler",
"text": "escape"
},
"$:/config/shortcuts/excise": {
"title": "$:/config/shortcuts/excise",
"text": "ctrl-E"
},
"$:/config/shortcuts/heading-1": {
"title": "$:/config/shortcuts/heading-1",
"text": "ctrl-1"
},
"$:/config/shortcuts/heading-2": {
"title": "$:/config/shortcuts/heading-2",
"text": "ctrl-2"
},
"$:/config/shortcuts/heading-3": {
"title": "$:/config/shortcuts/heading-3",
"text": "ctrl-3"
},
"$:/config/shortcuts/heading-4": {
"title": "$:/config/shortcuts/heading-4",
"text": "ctrl-4"
},
"$:/config/shortcuts/heading-5": {
"title": "$:/config/shortcuts/heading-5",
"text": "ctrl-5"
},
"$:/config/shortcuts/heading-6": {
"title": "$:/config/shortcuts/heading-6",
"text": "ctrl-6"
},
"$:/config/shortcuts/link": {
"title": "$:/config/shortcuts/link",
"text": "ctrl-L"
},
"$:/config/shortcuts/list-bullet": {
"title": "$:/config/shortcuts/list-bullet",
"text": "ctrl-shift-L"
},
"$:/config/shortcuts/list-number": {
"title": "$:/config/shortcuts/list-number",
"text": "ctrl-shift-N"
},
"$:/config/shortcuts/mono-block": {
"title": "$:/config/shortcuts/mono-block",
"text": "ctrl-shift-M"
},
"$:/config/shortcuts/mono-line": {
"title": "$:/config/shortcuts/mono-line",
"text": "ctrl-M"
},
"$:/config/shortcuts/picture": {
"title": "$:/config/shortcuts/picture",
"text": "ctrl-shift-I"
},
"$:/config/shortcuts/preview": {
"title": "$:/config/shortcuts/preview",
"text": "alt-P"
},
"$:/config/shortcuts/quote": {
"title": "$:/config/shortcuts/quote",
"text": "ctrl-Q"
},
"$:/config/shortcuts/save-tiddler": {
"title": "$:/config/shortcuts/save-tiddler",
"text": "ctrl+enter"
},
"$:/config/shortcuts/stamp": {
"title": "$:/config/shortcuts/stamp",
"text": "ctrl-S"
},
"$:/config/shortcuts/strikethrough": {
"title": "$:/config/shortcuts/strikethrough",
"text": "ctrl-T"
},
"$:/config/shortcuts/subscript": {
"title": "$:/config/shortcuts/subscript",
"text": "ctrl-shift-B"
},
"$:/config/shortcuts/superscript": {
"title": "$:/config/shortcuts/superscript",
"text": "ctrl-shift-P"
},
"$:/config/WikiParserRules/Inline/wikilink": {
"title": "$:/config/WikiParserRules/Inline/wikilink",
"text": "enable"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define column-count(columns)\n``\n-moz-column-count: $columns$;\n-webkit-column-count: $columns$;\ncolumn-count: $columns$;\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/colour-picker": {
"title": "$:/core/macros/colour-picker",
"tags": "$:/tags/Macro",
"text": "\\define colour-picker-update-recent()\n<$action-listops\n\t$tiddler=\"$:/config/ColourPicker/Recent\"\n\t$subfilter=\"$(colour-picker-value)$ [list[$:/config/ColourPicker/Recent]remove[$(colour-picker-value)$]] +[limit[8]]\"\n/>\n\\end\n\n\\define colour-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(colour-picker-value)$\"\"\">\n\n$(colour-picker-update-recent)$\n\n$actions$\n\n<div style=\"background-color: $(colour-picker-value)$; width: 100%; height: 100%; border-radius: 50%;\"/>\n\n</$button>\n\\end\n\n\\define colour-picker-recent-inner(actions)\n<$set name=\"colour-picker-value\" value=\"$(recentColour)$\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\\end\n\n\\define colour-picker-recent(actions)\n{{$:/language/ColourPicker/Recent}} <$list filter=\"[list[$:/config/ColourPicker/Recent]]\" variable=\"recentColour\">\n<$macrocall $name=\"colour-picker-recent-inner\" actions=\"\"\"$actions$\"\"\"/></$list>\n\\end\n\n\\define colour-picker(actions)\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker-recent\" actions=\"\"\"$actions$\"\"\"/>\n\n---\n\n<$list filter=\"LightPink Pink Crimson LavenderBlush PaleVioletRed HotPink DeepPink MediumVioletRed Orchid Thistle Plum Violet Magenta Fuchsia DarkMagenta Purple MediumOrchid DarkViolet DarkOrchid Indigo BlueViolet MediumPurple MediumSlateBlue SlateBlue DarkSlateBlue Lavender GhostWhite Blue MediumBlue MidnightBlue DarkBlue Navy RoyalBlue CornflowerBlue LightSteelBlue LightSlateGrey SlateGrey DodgerBlue AliceBlue SteelBlue LightSkyBlue SkyBlue DeepSkyBlue LightBlue PowderBlue CadetBlue Azure LightCyan PaleTurquoise Cyan Aqua DarkTurquoise DarkSlateGrey DarkCyan Teal MediumTurquoise LightSeaGreen Turquoise Aquamarine MediumAquamarine MediumSpringGreen MintCream SpringGreen MediumSeaGreen SeaGreen Honeydew LightGreen PaleGreen DarkSeaGreen LimeGreen Lime ForestGreen Green DarkGreen Chartreuse LawnGreen GreenYellow DarkOliveGreen YellowGreen OliveDrab Beige LightGoldenrodYellow Ivory LightYellow Yellow Olive DarkKhaki LemonChiffon PaleGoldenrod Khaki Gold Cornsilk Goldenrod DarkGoldenrod FloralWhite OldLace Wheat Moccasin Orange PapayaWhip BlanchedAlmond NavajoWhite AntiqueWhite Tan BurlyWood Bisque DarkOrange Linen Peru PeachPuff SandyBrown Chocolate SaddleBrown Seashell Sienna LightSalmon Coral OrangeRed DarkSalmon Tomato MistyRose Salmon Snow LightCoral RosyBrown IndianRed Red Brown FireBrick DarkRed Maroon White WhiteSmoke Gainsboro LightGrey Silver DarkGrey Grey DimGrey Black\" variable=\"colour-picker-value\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\n---\n\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" tag=\"input\" default=\"\" placeholder=\"\"/> \n<$edit-text tiddler=\"$:/config/ColourPicker/New\" type=\"color\" tag=\"input\"/>\n<$set name=\"colour-picker-value\" value={{$:/config/ColourPicker/New}}>\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\n</div>\n\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\"><$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button></span><$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/image-picker": {
"title": "$:/core/macros/image-picker",
"created": "20170715180840889",
"modified": "20170715180914005",
"tags": "$:/tags/Macro",
"type": "text/vnd.tiddlywiki",
"text": "\\define image-picker-thumbnail(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(imageTitle)$\"\"\">\n$actions$\n<$transclude tiddler=<<imageTitle>>/>\n</$button>\n\\end\n\n\\define image-picker-list(filter,actions)\n<$list filter=\"\"\"$filter$\"\"\" variable=\"imageTitle\">\n<$macrocall $name=\"image-picker-thumbnail\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\\end\n\n\\define image-picker(actions,filter:\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[!has[draft.of]$subfilter$sort[title]]\",subfilter:\"\")\n<div class=\"tc-image-chooser\">\n<$vars state-system=<<qualify \"$:/state/image-picker/system\">>>\n<$checkbox tiddler=<<state-system>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"hide\">\n{{$:/language/SystemTiddlers/Include/Prompt}}\n</$checkbox>\n<$reveal state=<<state-system>> type=\"match\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$ +[!is[system]]\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n<$reveal state=<<state-system>> type=\"nomatch\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n</$vars>\n</div>\n\\end\n\n\\define image-picker-include-tagged-images(actions)\n<$macrocall $name=\"image-picker\" filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[!has[draft.of]sort[title]]\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n\n\\define list-links-draggable-drop-actions()\n<$action-listops $tiddler=<<targetTiddler>> $field=<<targetField>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define list-links-draggable(tiddler,field:\"list\",type:\"ul\",subtype:\"li\",class:\"\",itemTemplate)\n<$vars targetTiddler=\"\"\"$tiddler$\"\"\" targetField=\"\"\"$field$\"\"\">\n<$type$ class=\"$class$\">\n<$list filter=\"[list[$tiddler$!!$field$]]\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div>\n<$link to={{!!title}}>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$transclude>\n</$link>\n</div>\n</$droppable>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\">\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div>\n \n</div>\n</$droppable>\n</$tiddler>\n</$type$>\n</$vars>\n\\end\n\n\\define list-tagged-draggable-drop-actions()\n<!-- Save the current ordering of the tiddlers with this tag -->\n<$set name=\"order\" filter=\"[<tag>tagging[]]\">\n<!-- Remove any list-after or list-before fields from the tiddlers with this tag -->\n<$list filter=\"[<tag>tagging[]]\">\n<$action-deletefield $field=\"list-before\"/>\n<$action-deletefield $field=\"list-after\"/>\n</$list>\n<!-- Assign the list field of the tag with the current ordering -->\n<$action-setfield $tiddler=<<tag>> $field=\"list\" $value=<<order>>/>\n<!-- Add the newly inserted item to the list -->\n<$action-listops $tiddler=<<tag>> $field=\"list\" $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n<!-- Make sure the newly added item has the right tag -->\n<$action-listops $tiddler=<<actionTiddler>> $tags=\"[<tag>]\"/>\n</$set>\n\\end\n\n\\define list-tagged-draggable(tag,itemTemplate,elementTag:\"div\")\n<$set name=\"tag\" value=\"\"\"$tag$\"\"\">\n<$list filter=\"[<tag>tagging[]]\">\n<$elementTag$ class=\"tc-menu-list-item\">\n<$droppable actions=<<list-tagged-draggable-drop-actions>>>\n<$elementTag$ class=\"tc-droppable-placeholder\">\n \n</$elementTag$>\n<$elementTag$>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</$transclude>\n</$elementTag$>\n</$droppable>\n</$elementTag$>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-tagged-draggable-drop-actions>>>\n<$elementTag$ class=\"tc-droppable-placeholder\">\n \n</$elementTag$>\n<$elementTag$ style=\"height:0.5em;\">\n</$elementTag$>\n</$droppable>\n</$tiddler>\n</$set>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template,buttonTemplate)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=\"$buttonTemplate$\" mode=\"inline\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag-picker": {
"title": "$:/core/macros/tag-picker",
"tags": "$:/tags/Macro",
"text": "\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{$:/temp/NewTagName}}/>\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n\\end\n\n\\define tag-button()\n<$button class=\"tc-btn-invisible\" tag=\"a\">\n$(actions)$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$button>\n\\end\n\n\\define tag-picker(actions)\n<$set name=\"actions\" value=\"\"\"$actions$\"\"\">\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$keyboard key=\"ENTER\" actions=<<add-tag-actions>>>\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</$keyboard>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$set name=\"tag\" value={{$:/temp/NewTagName}}>\n<$button set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n$actions$\n<$action-deletetiddler $tiddler=\"$:/temp/NewTagName\"/>\n{{$:/language/EditTemplate/Tags/Add/Button}}\n</$button>\n</$set>\n</span>\n</div>\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list>\n<hr>\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list>\n</div>\n</$reveal>\n</div>\n</$set>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag-pill-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-pill-inner(tag,icon,colour,fallbackTarget,colourA,colourB,element-tag,element-attributes,actions)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<$element-tag$ $element-attributes$ class=\"tc-tag-label tc-btn-invisible\" style=<<tag-pill-styles>>>\n$actions$<$transclude tiddler=\"\"\"$icon$\"\"\"/> <$view tiddler=\"\"\"$tag$\"\"\" field=\"title\" format=\"text\" />\n</$element-tag$>\n</$vars>\n\\end\n\n\\define tag-pill-body(tag,icon,colour,palette,element-tag,element-attributes,actions)\n<$macrocall $name=\"tag-pill-inner\" tag=\"\"\"$tag$\"\"\" icon=\"\"\"$icon$\"\"\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n\n\\define tag-pill(tag,element-tag:\"span\",element-attributes:\"\",actions:\"\")\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-pill-body\" tag=\"\"\"$tag$\"\"\" icon={{$tag$!!icon}} colour={{$tag$!!color}} palette={{$:/palette}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</span>\n\\end\n\n\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/thumbnails": {
"title": "$:/core/macros/thumbnails",
"tags": "$:/tags/Macro",
"text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div>\n</div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
},
"$:/core/macros/timeline": {
"title": "$:/core/macros/timeline",
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n <$transclude field=\"caption\">\n <$view field=\"title\"/>\n </$transclude>\n</$set>\n\\end\n\n\\define toc-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<ol class=\"tc-toc\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n <$vars item=<<currentTiddler>> path=\"\"\"$path$/$tag$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\">\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n <<toc-caption>>\n </$list>\n <$macrocall $name=\"toc-body\" tag=<<item>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=<<excluded>> path=<<path>>/>\n </li>\n </$set>\n </$vars>\n </$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter:\" \")\n<<toc-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$link>\n <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n </$reveal>\n </li>\n </$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<!-- helper function -->\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n </$reveal>\n </li>\n </$set>\n</$set>\n\\end\n\n\\define toc-expandable-empty-message()\n<<toc-linked-expandable-body tag:\"\"\"$(tag)$\"\"\" sort:\"\"\"$(sort)$\"\"\" itemClassFilter:\"\"\"$(itemClassFilter)$\"\"\" exclude:\"\"\"$(excluded)$\"\"\" path:\"\"\"$(path)$\"\"\">>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$vars tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\" path=\"\"\"$path$/$tag$\"\"\">\n <ol class=\"tc-toc toc-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=<<toc-expandable-empty-message>> >\n <$macrocall $name=\"toc-unlinked-expandable-body\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"itemClassFilter\"\"\" exclude=<<excluded>> path=<<path>> />\n </$list>\n </$list>\n </ol>\n</$vars>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\" >\n <li class=<<toc-item-class>>>\n <$link>\n <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n </$list>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n </$reveal>\n </li>\n </$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter:\" \",exclude,path)\n<$set name=\"toc-state\" value=<<qualify \"\"\"$:/state/toc$path$-$(currentTiddler)$\"\"\">>>\n <$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" emptyValue=\"toc-item\" value=\"toc-item-selected\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n <$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n </$list>\n <$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n <$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=\"\"\"$exclude$\"\"\" path=\"\"\"$path$\"\"\"/>\n </$reveal>\n </li>\n </$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable-empty-message()\n<<toc-linked-selective-expandable-body tag:\"\"\"$(tag)$\"\"\" sort:\"\"\"$(sort)$\"\"\" itemClassFilter:\"\"\"$(itemClassFilter)$\"\"\" exclude:\"\"\"$(excluded)$\"\"\" path:\"\"\"$(path)$\"\"\">>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter,exclude,path)\n<$vars tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" excluded=\"\"\"$exclude$ -[[$tag$]]\"\"\" path=\"\"\"$path$/$tag$\"\"\">\n <ol class=\"tc-toc toc-selective-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$] $exclude$\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=<<toc-selective-expandable-empty-message>> >\n <$macrocall $name=toc-unlinked-selective-expandable-body tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\" exclude=<<excluded>> path=<<path>> >\n </$list>\n </$list>\n </ol>\n</$vars>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\n <div class=\"tc-tabbed-table-of-contents\">\n <$linkcatcher to=\"$selectedTiddler$\">\n <div class=\"tc-table-of-contents\">\n <$macrocall $name=\"toc-selective-expandable\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n </div>\n </$linkcatcher>\n <div class=\"tc-tabbed-table-of-contents-content\">\n <$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n <$transclude mode=\"block\" tiddler=\"$template$\">\n <h1><<toc-caption>></h1>\n <$transclude mode=\"block\">$missingText$</$transclude>\n </$transclude>\n </$reveal>\n <$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"match\" text=\"\">\n $unselectedText$\n </$reveal>\n </div>\n </div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=\"\"\"$selectedTiddler$\"\"\">\n <$macrocall $name=\"toc-tabbed-external-nav\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" selectedTiddler=\"\"\"$selectedTiddler$\"\"\" unselectedText=\"\"\"$unselectedText$\"\"\" missingText=\"\"\"$missingText$\"\"\" template=\"\"\"$template$\"\"\"/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/core/macros/translink": {
"title": "$:/core/macros/translink",
"tags": "$:/tags/Macro",
"text": "\\define translink(title,mode:\"block\")\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: black; foreground; white;\">\n<$link to=\"\"\"$title$\"\"\">\n<$text text=\"\"\"$title$\"\"\"/>\n</$link>\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: white; foreground; black;\">\n<$transclude tiddler=\"\"\"$title$\"\"\" mode=\"$mode$\">\n\"<$text text=\"\"\"$title$\"\"\"/>\" is missing\n</$transclude>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tree": {
"title": "$:/core/macros/tree",
"tags": "$:/tags/Macro",
"text": "\\define leaf-node(prefix)\n<li>\n<$list filter=\"\"\"[[$prefix$$(chunk)$]is[shadow]] [[$prefix$$(chunk)$]is[tiddler]] +[removeprefix[$prefix$]] +[limit[1]]\"\"\" \nemptyMessage=\"\"\"<$text text=\"$prefix$$(chunk)$\"/>\"\"\">\n<span>{{$:/core/images/file}}</span> <$link to=\"\"\"$prefix$$(chunk)$\"\"\">\n<$view field=\"title\"/>\n</$link> \n</$list>\n</li>\n\\end\n\n\\define branch-node(prefix)\n<$reveal type=\"nomatch\" text=\"\" default=\"\"\"$(chunk)$\"\"\">\n<li> \n<$list filter=\"\"\"[all[shadows+tiddlers]prefix[$prefix$$(chunk)$]] -[[$prefix$$(chunk)$]] +[limit[1]]\"\"\">\n<$reveal type=\"nomatch\" state=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" text=\"show\">\n<$button set=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" setTo=\"show\" class=\"tc-btn-invisible\">{{$:/core/images/folder}} <$text text=\"\"\"$(chunk)$\"\"\"/></$button>\n</$reveal>\n<$reveal type=\"match\" state=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" text=\"show\">\n<$button set=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" setTo=\"hide\" class=\"tc-btn-invisible\">{{$:/core/images/folder}} <$text text=\"\"\"$(chunk)$\"\"\"/></$button>\n</$reveal>\n</$list>\n<$list filter=\"\"\"[all[shadows+tiddlers]prefix[$prefix$$(chunk)$]] -[[$prefix$$(chunk)$]] +[limit[1]]\"\"\"><span>(<$count filter=\"\"\"[all[shadows+tiddlers]prefix[$prefix$$(chunk)$]] -[[$prefix$$(chunk)$]]\"\"\"/>)</span>\n<$reveal type=\"match\" state=\"\"\"$:/state/tree/$prefix$$(chunk)$\"\"\" text=\"show\">\n<$macrocall $name=\"tree-node\" prefix=\"\"\"$prefix$$(chunk)$\"\"\"/>\n</$reveal>\n</$list>\n</li>\n</$reveal>\n\\end\n\n\\define tree-node(prefix)\n<ol>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$prefix$]splitbefore[/]sort[title]] +[!suffix[/]]\" variable=\"chunk\">\n<<leaf-node \"\"\"$prefix$\"\"\">>\n</$list>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$prefix$]splitbefore[/]sort[title]] +[suffix[/]]\" variable=\"chunk\">\n<<branch-node \"\"\"$prefix$\"\"\">>\n</$list>\n</ol>\n\\end\n\n\\define tree(prefix)\n<div class=\"tc-tree\">\n<span><$text text=\"\"\"$prefix$\"\"\"/></span>\n<div>\n<$macrocall $name=\"tree-node\" prefix=\"\"\"$prefix$\"\"\"/>\n</div>\n</div>\n\\end\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<div class=\"tc-prompt\">\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n</div>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}> </$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/AdvancedSearch/FilterButton": {
"title": "$:/tags/AdvancedSearch/FilterButton",
"list": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown $:/core/ui/AdvancedSearch/Filter/FilterButtons/clear $:/core/ui/AdvancedSearch/Filter/FilterButtons/export $:/core/ui/AdvancedSearch/Filter/FilterButtons/delete"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/ControlPanel/Plugins": {
"title": "$:/tags/ControlPanel/Plugins",
"list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/EditorToolbar": {
"title": "$:/tags/EditorToolbar",
"list": "$:/core/ui/EditorToolbar/paint $:/core/ui/EditorToolbar/opacity $:/core/ui/EditorToolbar/line-width $:/core/ui/EditorToolbar/clear $:/core/ui/EditorToolbar/bold $:/core/ui/EditorToolbar/italic $:/core/ui/EditorToolbar/strikethrough $:/core/ui/EditorToolbar/underline $:/core/ui/EditorToolbar/superscript $:/core/ui/EditorToolbar/subscript $:/core/ui/EditorToolbar/mono-line $:/core/ui/EditorToolbar/mono-block $:/core/ui/EditorToolbar/quote $:/core/ui/EditorToolbar/list-bullet $:/core/ui/EditorToolbar/list-number $:/core/ui/EditorToolbar/heading-1 $:/core/ui/EditorToolbar/heading-2 $:/core/ui/EditorToolbar/heading-3 $:/core/ui/EditorToolbar/heading-4 $:/core/ui/EditorToolbar/heading-5 $:/core/ui/EditorToolbar/heading-6 $:/core/ui/EditorToolbar/link $:/core/ui/EditorToolbar/excise $:/core/ui/EditorToolbar/picture $:/core/ui/EditorToolbar/stamp $:/core/ui/EditorToolbar/size $:/core/ui/EditorToolbar/editor-height $:/core/ui/EditorToolbar/more $:/core/ui/EditorToolbar/preview $:/core/ui/EditorToolbar/preview-type"
},
"$:/tags/Manager/ItemMain": {
"title": "$:/tags/Manager/ItemMain",
"list": "$:/Manager/ItemMain/WikifiedText $:/Manager/ItemMain/RawText $:/Manager/ItemMain/Fields"
},
"$:/tags/Manager/ItemSidebar": {
"title": "$:/tags/Manager/ItemSidebar",
"list": "$:/Manager/ItemSidebar/Tags $:/Manager/ItemSidebar/Colour $:/Manager/ItemSidebar/Icon $:/Manager/ItemSidebar/Tools"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]] [[$:/core/ui/MoreSideBar/Explorer]] [[$:/core/ui/MoreSideBar/Plugins]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/fold-all]] [[$:/core/ui/Buttons/unfold-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/new-image]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/manager]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/timestamp]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/print]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/unfold]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]] [[$:/core/ui/Buttons/fold-others]] [[$:/core/ui/Buttons/fold]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
}
}
}
<pre>/* add custom extensions by tagging your stylesheet [[$:/tags/FontAwesome]].
* Font Awesome 4.3.0 by @davegandy - http://fontawesome.io - @fontawesome
* License - http://fontawesome.io/license (Font: SIL OFL 1.1, CSS: MIT License)
*/
/* FONT PATH
* -------------------------- */
@font-face {
font-family: 'FontAwesome';
src: local("FontAwesome"), url(data:application/font-woff;base64,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font-weight: normal;
font-style: normal;
}
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steps(8)}@-webkit-keyframes fa-spin{0%{-webkit-transform:rotate(0deg);transform:rotate(0deg)}100%{-webkit-transform:rotate(359deg);transform:rotate(359deg)}}@keyframes fa-spin{0%{-webkit-transform:rotate(0deg);transform:rotate(0deg)}100%{-webkit-transform:rotate(359deg);transform:rotate(359deg)}}.fa-rotate-90{filter:progid:DXImageTransform.Microsoft.BasicImage(rotation=1);-webkit-transform:rotate(90deg);-ms-transform:rotate(90deg);transform:rotate(90deg)}.fa-rotate-180{filter:progid:DXImageTransform.Microsoft.BasicImage(rotation=2);-webkit-transform:rotate(180deg);-ms-transform:rotate(180deg);transform:rotate(180deg)}.fa-rotate-270{filter:progid:DXImageTransform.Microsoft.BasicImage(rotation=3);-webkit-transform:rotate(270deg);-ms-transform:rotate(270deg);transform:rotate(270deg)}.fa-flip-horizontal{filter:progid:DXImageTransform.Microsoft.BasicImage(rotation=0, mirror=1);-webkit-transform:scale(-1, 1);-ms-transform:scale(-1, 1);transform:scale(-1, 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fa-openid:before{content:"\f19b"}.fa-institution:before,.fa-bank:before,.fa-university:before{content:"\f19c"}.fa-mortar-board:before,.fa-graduation-cap:before{content:"\f19d"}.fa-yahoo:before{content:"\f19e"}.fa-google:before{content:"\f1a0"}.fa-reddit:before{content:"\f1a1"}.fa-reddit-square:before{content:"\f1a2"}.fa-stumbleupon-circle:before{content:"\f1a3"}.fa-stumbleupon:before{content:"\f1a4"}.fa-delicious:before{content:"\f1a5"}.fa-digg:before{content:"\f1a6"}.fa-pied-piper:before{content:"\f1a7"}.fa-pied-piper-alt:before{content:"\f1a8"}.fa-drupal:before{content:"\f1a9"}.fa-joomla:before{content:"\f1aa"}.fa-language:before{content:"\f1ab"}.fa-fax:before{content:"\f1ac"}.fa-building:before{content:"\f1ad"}.fa-child:before{content:"\f1ae"}.fa-paw:before{content:"\f1b0"}.fa-spoon:before{content:"\f1b1"}.fa-cube:before{content:"\f1b2"}.fa-cubes:before{content:"\f1b3"}.fa-behance:before{content:"\f1b4"}.fa-behance-square:before{content:"\f1b5"}.fa-steam:before{content:"\f1b6"}.fa-steam-square:before{content:"\f1b7"}.fa-recycle:before{content:"\f1b8"}.fa-automobile:before,.fa-car:before{content:"\f1b9"}.fa-cab:before,.fa-taxi:before{content:"\f1ba"}.fa-tree:before{content:"\f1bb"}.fa-spotify:before{content:"\f1bc"}.fa-deviantart:before{content:"\f1bd"}.fa-soundcloud:before{content:"\f1be"}.fa-database:before{content:"\f1c0"}.fa-file-pdf-o:before{content:"\f1c1"}.fa-file-word-o:before{content:"\f1c2"}.fa-file-excel-o:before{content:"\f1c3"}.fa-file-powerpoint-o:before{content:"\f1c4"}.fa-file-photo-o:before,.fa-file-picture-o:before,.fa-file-image-o:before{content:"\f1c5"}.fa-file-zip-o:before,.fa-file-archive-o:before{content:"\f1c6"}.fa-file-sound-o:before,.fa-file-audio-o:before{content:"\f1c7"}.fa-file-movie-o:before,.fa-file-video-o:before{content:"\f1c8"}.fa-file-code-o:before{content:"\f1c9"}.fa-vine:before{content:"\f1ca"}.fa-codepen:before{content:"\f1cb"}.fa-jsfiddle:before{content:"\f1cc"}.fa-life-bouy:before,.fa-life-buoy:before,.fa-life-saver:before,.fa-support:before,.fa-life-ring:before{content:"\f1cd"}.fa-circle-o-notch:before{content:"\f1ce"}.fa-ra:before,.fa-rebel:before{content:"\f1d0"}.fa-ge:before,.fa-empire:before{content:"\f1d1"}.fa-git-square:before{content:"\f1d2"}.fa-git:before{content:"\f1d3"}.fa-hacker-news:before{content:"\f1d4"}.fa-tencent-weibo:before{content:"\f1d5"}.fa-qq:before{content:"\f1d6"}.fa-wechat:before,.fa-weixin:before{content:"\f1d7"}.fa-send:before,.fa-paper-plane:before{content:"\f1d8"}.fa-send-o:before,.fa-paper-plane-o:before{content:"\f1d9"}.fa-history:before{content:"\f1da"}.fa-genderless:before,.fa-circle-thin:before{content:"\f1db"}.fa-header:before{content:"\f1dc"}.fa-paragraph:before{content:"\f1dd"}.fa-sliders:before{content:"\f1de"}.fa-share-alt:before{content:"\f1e0"}.fa-share-alt-square:before{content:"\f1e1"}.fa-bomb:before{content:"\f1e2"}.fa-soccer-ball-o:before,.fa-futbol-o:before{content:"\f1e3"}.fa-tty:before{content:"\f1e4"}.fa-binoculars:before{content:"\f1e5"}.fa-plug:before{content:"\f1e6"}.fa-slideshare:before{content:"\f1e7"}.fa-twitch:before{content:"\f1e8"}.fa-yelp:before{content:"\f1e9"}.fa-newspaper-o:before{content:"\f1ea"}.fa-wifi:before{content:"\f1eb"}.fa-calculator:before{content:"\f1ec"}.fa-paypal:before{content:"\f1ed"}.fa-google-wallet:before{content:"\f1ee"}.fa-cc-visa:before{content:"\f1f0"}.fa-cc-mastercard:before{content:"\f1f1"}.fa-cc-discover:before{content:"\f1f2"}.fa-cc-amex:before{content:"\f1f3"}.fa-cc-paypal:before{content:"\f1f4"}.fa-cc-stripe:before{content:"\f1f5"}.fa-bell-slash:before{content:"\f1f6"}.fa-bell-slash-o:before{content:"\f1f7"}.fa-trash:before{content:"\f1f8"}.fa-copyright:before{content:"\f1f9"}.fa-at:before{content:"\f1fa"}.fa-eyedropper:before{content:"\f1fb"}.fa-paint-brush:before{content:"\f1fc"}.fa-birthday-cake:before{content:"\f1fd"}.fa-area-chart:before{content:"\f1fe"}.fa-pie-chart:before{content:"\f200"}.fa-line-chart:before{content:"\f201"}.fa-lastfm:before{content:"\f202"}.fa-lastfm-square:before{content:"\f203"}.fa-toggle-off:before{content:"\f204"}.fa-toggle-on:before{content:"\f205"}.fa-bicycle:before{content:"\f206"}.fa-bus:before{content:"\f207"}.fa-ioxhost:before{content:"\f208"}.fa-angellist:before{content:"\f209"}.fa-cc:before{content:"\f20a"}.fa-shekel:before,.fa-sheqel:before,.fa-ils:before{content:"\f20b"}.fa-meanpath:before{content:"\f20c"}.fa-buysellads:before{content:"\f20d"}.fa-connectdevelop:before{content:"\f20e"}.fa-dashcube:before{content:"\f210"}.fa-forumbee:before{content:"\f211"}.fa-leanpub:before{content:"\f212"}.fa-sellsy:before{content:"\f213"}.fa-shirtsinbulk:before{content:"\f214"}.fa-simplybuilt:before{content:"\f215"}.fa-skyatlas:before{content:"\f216"}.fa-cart-plus:before{content:"\f217"}.fa-cart-arrow-down:before{content:"\f218"}.fa-diamond:before{content:"\f219"}.fa-ship:before{content:"\f21a"}.fa-user-secret:before{content:"\f21b"}.fa-motorcycle:before{content:"\f21c"}.fa-street-view:before{content:"\f21d"}.fa-heartbeat:before{content:"\f21e"}.fa-venu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<$list filter="[tag[$:/tags/FontAwesome]]">
<$transclude>
</$list>
</pre>
The following tiddlers were imported:
# [[$:/fonts/FontAwesome]]
alert-background: #ffe476
alert-border: #b99e2f
alert-highlight: #881122
alert-muted-foreground: #b99e2f
background: #ffffff
blockquote-bar: <<colour muted-foreground>>
button-background:
button-foreground:
button-border:
code-background: #f7f7f9
code-border: #e1e1e8
code-foreground: #dd1144
dirty-indicator: #ff0000
download-background: #34c734
download-foreground: <<colour background>>
dragger-background: <<colour foreground>>
dragger-foreground: <<colour background>>
dropdown-background: <<colour background>>
dropdown-border: <<colour muted-foreground>>
dropdown-tab-background-selected: #fff
dropdown-tab-background: #ececec
dropzone-background: rgba(0,200,0,0.7)
external-link-background-hover: inherit
external-link-background-visited: inherit
external-link-background: inherit
external-link-foreground-hover: inherit
external-link-foreground-visited: #0000aa
external-link-foreground: #0000ee
foreground: #333333
message-background: #ecf2ff
message-border: #cfd6e6
message-foreground: #547599
modal-backdrop: <<colour foreground>>
modal-background: <<colour background>>
modal-border: #999999
modal-footer-background: #f5f5f5
modal-footer-border: #dddddd
modal-header-border: #eeeeee
muted-foreground: #bbb
notification-background: #ffffdd
notification-border: #999999
page-background: #f4f4f4
pre-background: #f5f5f5
pre-border: #cccccc
primary: #5778d8
sidebar-button-foreground: <<colour foreground>>
sidebar-controls-foreground-hover: #000000
sidebar-controls-foreground: #aaaaaa
sidebar-foreground-shadow: rgba(255,255,255, 0.8)
sidebar-foreground: #acacac
sidebar-muted-foreground-hover: #444444
sidebar-muted-foreground: #c0c0c0
sidebar-tab-background-selected: #f4f4f4
sidebar-tab-background: #e0e0e0
sidebar-tab-border-selected: <<colour tab-border-selected>>
sidebar-tab-border: <<colour tab-border>>
sidebar-tab-divider: #e4e4e4
sidebar-tab-foreground-selected:
sidebar-tab-foreground: <<colour tab-foreground>>
sidebar-tiddler-link-foreground-hover: #444444
sidebar-tiddler-link-foreground: #999999
site-title-foreground: <<colour tiddler-title-foreground>>
static-alert-foreground: #aaaaaa
tab-background-selected: #ffffff
tab-background: #d8d8d8
tab-border-selected: #d8d8d8
tab-border: #cccccc
tab-divider: #d8d8d8
tab-foreground-selected: <<colour tab-foreground>>
tab-foreground: #666666
table-border: #dddddd
table-footer-background: #a8a8a8
table-header-background: #f0f0f0
tag-background: #ec6
tag-foreground: #ffffff
tiddler-background: <<colour background>>
tiddler-border: <<colour background>>
tiddler-controls-foreground-hover: #888888
tiddler-controls-foreground-selected: #444444
tiddler-controls-foreground: #cccccc
tiddler-editor-background: #f8f8f8
tiddler-editor-border-image: #ffffff
tiddler-editor-border: #cccccc
tiddler-editor-fields-even: #e0e8e0
tiddler-editor-fields-odd: #f0f4f0
tiddler-info-background: #f8f8f8
tiddler-info-border: #dddddd
tiddler-info-tab-background: #f8f8f8
tiddler-link-background: <<colour background>>
tiddler-link-foreground: <<colour primary>>
tiddler-subtitle-foreground: #c0c0c0
tiddler-title-foreground: #182955
toolbar-new-button:
toolbar-options-button:
toolbar-save-button:
toolbar-info-button:
toolbar-edit-button:
toolbar-close-button:
toolbar-delete-button:
toolbar-cancel-button:
toolbar-done-button:
untagged-background: #999999
very-muted-foreground: #888888
{
"tiddlers": {
"$:/plugins/felixhayashi/hotzone/config.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/hotzone/config.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={classNames:{storyRiver:\"tc-story-river\",tiddlerFrame:\"tc-tiddler-frame\",tiddlerTitle:\"tc-title\"},references:{userConfig:\"$:/config/hotzone/focusOffset\",focussedTiddlerStore:\"$:/temp/focussedTiddler\"},checkbackTime:$tw.utils.getAnimationDuration()}})();",
"title": "$:/plugins/felixhayashi/hotzone/config.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/hotzone/hotzone.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/hotzone/hotzone.js\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"hotzone\";exports.platforms=[\"browser\"];exports.after=[\"story\"];exports.synchronous=true;exports.startup=function(){var t=require(\"$:/plugins/felixhayashi/hotzone/config.js\").config;var e=null;var i=false;var r=document.getElementsByClassName(t.classNames.storyRiver)[0];var s=$tw.wiki.getTiddlerData(t.references.userConfig,{});var a=isNaN(parseInt(s.focusOffset))?150:parseInt(s.focusOffset);var n=function(e,i,r){if(!(e instanceof Element))return;if(!$tw.utils.hasClass(e,t.classNames.tiddlerFrame))return;var s=e.getElementsByClassName(t.classNames.tiddlerTitle)[0];if(s){var a=s.innerText||s.textContent;return a.trim()}};var o=function(t){if(!i){i=true;window.setTimeout(f,t||0)}};var l=function(e,i){$tw.wiki.addTiddler(new $tw.Tiddler({title:t.references.focussedTiddlerStore,text:e},$tw.wiki.getModificationFields()));if(i){var r=document.getElementsByClassName(\"hzone-focus\")[0];if(r){$tw.utils.removeClass(r,\"hzone-focus\")}$tw.utils.addClass(i,\"hzone-focus\")}};var f=function(){i=false;var s=$tw.wiki.getTiddler(\"$:/StoryList\");if(s&&s.fields.list.length){var o=null;var f=Number.MAX_VALUE;var d=r.children;var u=t.classNames.tiddlerFrame;for(var c=d.length;c--;){if($tw.utils.hasClass(d[c],u)){var v=d[c].getBoundingClientRect();var w=Math.min(Math.abs(a-v.top),Math.abs(a-v.bottom));if(w<f){o=d[c];f=w}}}var m=n(o);if(m!==e&&$tw.wiki.getTiddler(m)){e=m;l(e,o);return}}else if(e){e=\"\";l(e)}};var d=function(t){if(t[\"$:/HistoryList\"]){if(!$tw.wiki.tiddlerExists(\"$:/HistoryList\"))return;var e=$tw.wiki.getTiddler(\"$:/HistoryList\").fields[\"current-tiddler\"];var i=$tw.wiki.getTiddlerList(\"$:/StoryList\");var r=i.indexOf(e)>=0;if(!r)return;o($tw.utils.getAnimationDuration()+100)}else if(t[\"$:/StoryList\"]){o($tw.utils.getAnimationDuration()+100)}};var u=function(t){o(250)};$tw.wiki.addEventListener(\"change\",d);window.addEventListener(\"scroll\",u,false);u()}})();",
"title": "$:/plugins/felixhayashi/hotzone/hotzone.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/hotzone/Configuration": {
"title": "$:/plugins/felixhayashi/hotzone/Configuration",
"text": "Please see the [[GitHub page|https://github.com/felixhayashi/TW5-HotZone]] for more information on the options.\n\nSave and reload the wiki to activate changes.\n\n<table>\n <tr>\n <th align=\"left\">Focus offset:</th>\n <td><$edit-text tiddler=\"$:/config/hotzone/focusOffset\" tag=\"input\" default=\"71px\" /></td>\n </tr>\n</table>"
},
"$:/temp/focussedTiddler": {
"title": "$:/temp/focussedTiddler"
},
"$:/plugins/felixhayashi/hotzone/License": {
"title": "$:/plugins/felixhayashi/hotzone/License",
"text": "This code is released under the BSD license. For the exact terms visit:\n\nhttps://github.com/felixhayashi/TW5-HotZone/blob/master/LICENSE"
},
"$:/plugins/felixhayashi/hotzone/Readme": {
"title": "$:/plugins/felixhayashi/hotzone/Readme",
"text": "Please visit the [[GitHub page|https://github.com/felixhayashi/TW5-HotZone]] for more information."
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/tiddlymap/layout": {
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline \n\nbody .tc-page-container-wrapper.tc-modal-displayed{-webkit-filter:inherit;-moz-filter:inherit;filter:inherit}body .tc-modal-wrapper{z-index:1010}body .tc-modal-wrapper .tc-modal-header svg{vertical-align:sub}body .tc-modal-wrapper .tc-modal-header h3{line-height:10px}body .tc-modal-wrapper .tc-modal-body{min-height:250px;max-height:70vh;padding-top:0px;padding-bottom:0px;overflow:auto}body .tc-modal-wrapper .tc-modal-footer{padding:8px}body .tc-modal-wrapper .tc-modal-footer .tmap-dialog-button{font-weight:bold}body .tc-modal-wrapper .tc-modal-footer .tmap-hidden-close-button{display:none}table.tmap-table tr:nth-child(odd),.tc-modal-body table.tmap-config-table tr:nth-child(odd){background-color:#F0F0F0}table.tmap-table tr:nth-child(even),.tc-modal-body table.tmap-config-table tr:nth-child(even){background-color:#FFFFFF}.tmap-save-canvas-preview{text-align:center}.tmap-save-canvas-preview img{background-color:white;border:1px solid lightgray;max-width:100%;max-height:100px}.tmap-list-separator{display:block;background-color:#efefef;margin:10px 0 5px 0;cursor:default;border-bottom:1px dotted gray;font-weight:bold;font-size:0.8em}.tmap-unicode-icon{width:1em;display:inline-block;text-align:center;color:black}html .tmap-link{color:#5778D8}html .tmap-link:hover{color:white;background:#5778D8}html .tmap-small-list,html .tmap-smaller-list,html .tmap-very-small-list{overflow:auto;min-height:2em;max-height:9em;display:block}html .tmap-smaller-list{max-height:7em}html .tmap-very-small-list{max-height:5empx}html .tc-tiddler-controls button.tmap-active-button svg{fill:#888888}html #tmap-node-filter-dialog #tmap-filter-tips{font-size:0.8em}html #tmap-node-filter-dialog textarea{height:100px;max-height:300px;overflow:auto;width:100%;font-size:11px;font-family:\"Courier New\", Courier, monospace}@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}){.tc-sidebar-scrollable .tmap-desktop-editor .tmap-widget:not(.tmap-fullscreen){display:none}}@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}){.tc-sidebar-scrollable .tmap-mobile-editor{display:none}.tc-modal-wrapper{z-index:1010}.tc-modal-wrapper .tc-modal{boder:1px solid #999999;left:calc(50% - 400px);width:802px}.tc-modal-wrapper .tc-modal-body{left:calc(50% - 400px);width:800px}}@-o-keyframes fadein-keyframes{0%{opacity:0}100%{opacity:1}}@-moz-keyframes fadein-keyframes{0%{opacity:0}100%{opacity:1}}@-webkit-keyframes fadein-keyframes{0%{opacity:0}100%{opacity:1}}@keyframes flash fadein-keyframes{0%{opacity:0}100%{opacity:1}}@-o-keyframes fadeout-keyframes{0%{opacity:1}100%{opacity:0}}@-moz-keyframes fadeout-keyframes{0%{opacity:1}100%{opacity:0}}@-webkit-keyframes fadeout-keyframes{0%{opacity:1}100%{opacity:0}}@keyframes flash fadeout-keyframes{0%{opacity:1}100%{opacity:0}}.tmap-config-widget{background:#F0F0F0;padding:5px;margin:5px 0;box-sizing:border-box;display:block}.tmap-config-widget .vis-network{display:none}.tmap-config-widget .vis-configuration-wrapper{width:100%}.tmap-config-widget .vis-configuration-wrapper .vis-config-rangeinput{height:inherit;margin-left:4px}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item{width:100%;height:inherit;background:none;padding-left:0px;left:0}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item.tmap-vis-config-item-active .vis-config-label::after{content:\"(inherited)\";position:absolute;display:inline-block;margin-left:10px;-o-animation:fadein-keyframes 1s;-moz-animation:fadein-keyframes 1s;-webkit-animation:fadein-keyframes 1s;animation:fadein-keyframes 1s;content:\"✔\";color:green;font-weight:bold;font-size:15px}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item button.tmap-config-item-reset{vertical-align:top;margin-left:5px}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item .vis-config-range{width:150px}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item .vis-config-range::-moz-range-track{width:150px !important}.tmap-config-widget .vis-configuration-wrapper .vis-configuration.vis-config-item .vis-config-label{width:150px}.tmap-config-widget::after{clear:both;content:\"\";display:block}.tmap-flash-message{border:1px solid lightgray;padding:5px;margin:6px 0;display:block;color:#333333}.tmap-flash-message.tmap-info,.tmap-flash-message.tmap-plain,.tmap-flash-message.tmap-neutral{background:#F0F0F0}.tmap-flash-message.tmap-info::before,.tmap-flash-message.tmap-plain::before,.tmap-flash-message.tmap-neutral::before{content:\"i\";display:inline-block;border-radius:50%;width:0.8em;border:2px solid;font-family:serif;text-align:center;height:0.8em;font-weight:bold;line-height:0.8em;vertical-align:text-top;margin-right:2px}.tmap-flash-message.tmap-valid,.tmap-flash-message.tmap-success{background:#D1EED4}.tmap-flash-message.tmap-valid::before,.tmap-flash-message.tmap-success::before{content:\"i\";display:inline-block;border-radius:50%;width:0.8em;border:2px solid;font-family:serif;text-align:center;height:0.8em;font-weight:bold;line-height:0.8em;vertical-align:text-top;margin-right:2px}.tmap-flash-message.tmap-warning{background:#FFF6D1}.tmap-flash-message.tmap-warning::before{content:\"\";display:inline-block;background:url(<<tmap \"datauri\" \"$:/core/images/warning\" \"\">>);display:inline-block;width:1em;height:1em;background-size:100% 100%;vertical-align:text-top;margin-right:2px}.tmap-flash-message.tmap-malformed,.tmap-flash-message.tmap-invalid,.tmap-flash-message.tmap-danger{background:#EED5D1}.tmap-flash-message.tmap-malformed::before,.tmap-flash-message.tmap-invalid::before,.tmap-flash-message.tmap-danger::before{content:\"\";display:inline-block;background:url(<<tmap \"datauri\" \"$:/core/images/warning\" \"\">>);display:inline-block;width:1em;height:1em;background-size:100% 100%;vertical-align:text-top;margin-right:2px}.tmap-widget{background:#FFFFFF;width:auto;position:relative;border:1px dotted lightgray;padding:2px;color:#666;display:block}.tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active){cursor:pointer}.tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active) .vis-navigation{display:none}.tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active):hover:before{color:gray;background:white;content:\"Click to 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lightgray;padding:3px 5px;height:35px;position:relative}.tmap-widget .tmap-topbar .tmap-view-label{width:100%;text-align:center;font-weight:bold;padding-top:3px}.tmap-widget .tmap-topbar .tmap-focus-button{position:absolute;right:10px;top:6px}.tmap-widget .tmap-topbar .tmap-focus-button input{width:140px}.tmap-widget .tmap-topbar .tmap-search-dropdown{position:relative}.tmap-widget .tmap-topbar .tmap-search-dropdown .tc-drop-down{position:absolute;z-index:999;right:0px}.tmap-widget .tmap-topbar [hidden]{display:none}.tmap-widget .tmap-topbar select{width:30%;max-width:200px;word-wrap:initial;padding:0px}.tmap-widget .tmap-topbar button{line-height:inherit;color:#666}.tmap-widget .tmap-topbar>*{display:inline-block}.tmap-widget .tmap-topbar .tmap-separator:after{color:#bdbdbd;margin:3px;content:\" | \"}.tmap-widget .tmap-topbar .tc-edit-add-tag .tc-add-tag-name input{width:70%}.tmap-widget .tmap-topbar .tc-sidebar-header{text-shadow:none}.tmap-widget .tmap-topbar 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.tc-drop-down a svg{vertical-align:middle}.tmap-widget .tc-block-dropdown{width:370px;min-width:370px;padding:5px;margin:15px 0 0 -370px}.tmap-widget .tc-block-dropdown a{display:inline;padding:0px}.tmap-widget.tmap-plain-design{border:none;padding:0px}.tmap-widget.tmap-plain-design .tmap-topbar{display:none}.tc-sidebar-scrollable .tmap-widget{position:absolute;min-height:350px}.tmap-widget div.vis-network .vis-edit-mode{height:26px}.tmap-widget div.vis-network .vis-manipulation{height:34px;border-top:1px solid #d6d9d8;background:rgba(245,245,245,0.7)}.tmap-widget div.vis-network .vis-navigation .vis-button.tmap-button-enabled{right:15px}.tmap-widget div.vis-network .vis-navigation .vis-button.tmap-button-enabled.tmap-fullscreen-button{bottom:90px;background-image:url(<<tmap \"datauri\" \"$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png\" \"\">>)}.tmap-widget div.vis-network .vis-navigation 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.vis-navigation .vis-button:hover.vis-zoomOut:before{content:\"Zoom out\"}.tmap-widget div.vis-network .vis-navigation .vis-button:hover.vis-zoomIn:before{content:\"Zoom in\"}.tmap-widget div.vis-network .vis-navigation .vis-button:hover.vis-zoomExtends:before{content:\"Fit whole graph\"}.tmap-widget div.vis-network .vis-navigation .vis-button:hover.tmap-fullscreen-button:before{content:\"Toggle Fullscreen\"}.tmap-widget div.vis-network .vis-navigation .vis-button:hover.tmap-halfscreen-button:before{content:\"Toggle Halfscreen\"}.tc-dropzone>.tc-story-river .tmap-widget .vis-navigation .tmap-halfscreen-button{display:none}.tc-dropzone>.tc-story-river .tmap-widget:not(.tmap-fullscreen) .vis-navigation .vis-button{display:none}.tc-dropzone>.tc-story-river .tmap-widget:hover .vis-navigation .vis-button.tmap-fullscreen-button{display:block}.tc-dropzone>.tc-story-river .tmap-widget:hover .vis-navigation .vis-button.vis-zoomExtends{display:block}body.tmap-has-fullscreen-widget{overflow:hidden}body.tmap-has-fullscreen-widget .tmap-widget.tmap-fullscreen{background:white !important;height:100% !important;width:100% !important;position:fixed !important;top:0 !important;right:0 !important;bottom:0 !important;left:0 !important;z-index:999 !important;border:none !important;margin:0 !important}body.tmap-has-fullscreen-widget .tc-dropzone>*.tmap-has-fullscreen-widget{background:white !important;height:100% !important;width:100% !important;position:fixed !important;top:0 !important;right:0 !important;bottom:0 !important;left:0 !important;z-index:999 !important;border:none !important;margin:0 !important}body.tmap-has-fullscreen-widget .tc-dropzone>*:not(.tmap-has-fullscreen-widget){display:none}body.tmap-has-halfscreen-widget .tmap-widget.tmap-halfscreen{background:white !important;height:100% !important;width:100% !important;position:fixed !important;top:0 !important;right:0 !important;bottom:0 !important;left:0 !important;z-index:999 !important;border:none !important;margin:0 !important;position:absolute !important;border-left:1px solid lightgray !important}.tc-modal-footer .tmap-hidden-close-button{display:none}.tmap-modal-content{position:relative;padding:1em 0;padding-top:0}.tmap-modal-content table tr td{vertical-align:top}.tmap-modal-content :not(pre)>code{padding:1px;font-size:0.9em;position:relative;top:-1px}.tmap-modal-content :not(pre)>code{color:#666}.tmap-modal-content .tc-tab-set .tc-tab-content{margin-top:0.5em}.tmap-modal-content .tc-image-button{font-size:14px}.tmap-modal-content fieldset{margin:0px}.tmap-modal-content fieldset legend{font-weight:bold}.tc-modal-body .tmap-modal-editor>p{margin:0px}.tc-modal-body .tmap-modal-editor .tmap-template-select select{width:50%}.tc-modal-body .tmap-modal-editor .tc-tiddler-frame{margin:auto;width:auto}.tc-modal-body .tmap-modal-editor .tc-tiddler-frame .tc-tiddler-controls{display:none}.tc-modal-body .tmap-modal-editor .tc-tiddler-frame .tc-tiddler-title{display:none}.tc-modal-body table{margin:6px 0;border:none;width:100%}.tc-modal-body table td,.tc-modal-body table th{border:1px solid lightgray}.tc-modal-body table.tmap-key-value-table th{width:30%;background-color:#F0F0F0}.tc-modal-body table.tmap-config-table.tmap-large-input tr td:last-child{width:20%}.tc-modal-body table.tmap-config-table.tmap-small-input tr td:last-child{width:60%}.tc-modal-body table.tmap-config-table tr td{border:none;vertical-align:top;padding:5px}.tc-modal-body table.tmap-config-table tr td:first-child{width:15%}.tc-modal-body table.tmap-config-table tr td:last-child{width:40%}.tc-modal-body table.tmap-config-table tr td input:not([type=radio]),.tc-modal-body table.tmap-config-table tr td textarea,.tc-modal-body table.tmap-config-table tr td select{width:100%;word-wrap:normal}.tc-modal-body table.tmap-config-table tr td textarea{height:100%}.tc-modal-body table.tmap-config-table tr td .tmap-no-stretch input,.tc-modal-body table.tmap-config-table tr td .tmap-no-stretch textarea,.tc-modal-body table.tmap-config-table tr td .tmap-no-stretch select{width:auto}.tc-modal-body table.tmap-config-table tr td div.tmap-button-wrapper{text-align:center}.tc-modal-body table.tmap-config-table tr td .tmap-note{margin-top:0.5em}.tc-modal-body table.tmap-config-table tr td .tmap-description{font-style:italic}#tmap-element-type-manager>div:first-child{height:50vh;float:left;width:21%;background:linear-gradient(90deg, #f5f5f5 0%, #fff 50%)}#tmap-element-type-manager>div:first-child .tmap-searchbar{padding:1em 0 0 0}#tmap-element-type-manager>div:first-child .tmap-searchbar input{width:calc(100% - 36px)}#tmap-element-type-manager>div:first-child .tmap-searchbar button{width:30px;float:right}#tmap-element-type-manager>div:first-child ul{height:calc(100% - 65px);overflow:auto;margin-top:1em;padding:0}#tmap-element-type-manager>div:first-child ul.no-bullets li{list-style:none}#tmap-element-type-manager>div:first-child ul li{white-space:nowrap}#tmap-element-type-manager>div:first-child ul li .tmap-ranking{width:30px;display:inline-block}#tmap-element-type-manager>div:last-child{height:100%;width:calc(79% - 15px);float:right}#tmap-element-type-manager>div:last-child .tc-tab-set .tc-tab-content{overflow:auto;height:50vh}.tmap-manage-node-types .tmap-edge-type-specific{display:none !important}.tmap-manage-edge-types .tmap-node-type-specific{display:none !important}.tmap-modal-fullscreen-editor .tc-tab-content p{margin:1em 0}.tmap-has-pending-template{background-color:#C1EDC4}#tmap-search-table td{border:none;padding-left:0px}#tmap-search-table td:first-child{width:30px}#tmap-search-table b{display:inline-block;width:40px;text-align:right}#tmap-search-table ul{padding-left:20px;margin:1em 0 0 0}#tmap-search-table ul li{list-style:inherit}#tmap-search-table ul button{text-align:left}button.tmap-go-back{margin-bottom:1em;font-weight:bold}.tmap-badges>span,.tmap-badge{background:gray;font-size:11px;color:white;padding:3px 4px;display:inline-block;font-weight:bold;border-radius:2px;line-height:1em;cursor:help}.tmap-badges>span.tmap-red-flag,.tmap-badge.tmap-red-flag{background:red}.tmap-popup{display:none;position:absolute;opacity:0;transition:opacity 0.3s ease}.tmap-popup.tmap-popup-active{opacity:1}.tmap-tooltip{box-shadow:3px 3px 10px rgba(0,0,0,0.2);min-width:100px;min-height:50px;max-width:<<tmap option config.sys.popups.width>>;max-height:<<tmap option config.sys.popups.height>>;padding:5px;resize:both;overflow:auto;cursor:auto;font-family:verdana;font-size:14px;background-color:#f5f4ed;border:1px solid #808074;-moz-border-radius:3px;-webkit-border-radius:3px;border-radius:3px}.tmap-tooltip[style*=\"height\"]{max-height:none !important}.tmap-tooltip[style*=\"width\"]{max-width:none !important}.tmap-quick-connect{font-size:0.7em}.tmap-quick-connect p{padding-left:0;padding-right:0}.tmap-quick-connect .tc-drop-down{padding:5px;width:250px;white-space:normal;line-height:1em;position:absolute;z-index:1000;right:50px;background:linear-gradient(45deg, #f5f5f5 0%, #fff 50%, #f5f5f5 100%)}.tmap-quick-connect .tc-drop-down:first-child{padding-top:0;margin-top:0}.tmap-quick-connect .tc-drop-down .title{margin:1.5em 0 0.5em 0;font-weight:bold;color:gray}.tmap-quick-connect .tc-drop-down select{width:80px;word-wrap:initial}.tmap-quick-connect .tc-drop-down table{width:100%;border:none;margin:0.5em 0}.tmap-quick-connect .tc-drop-down table td,.tmap-quick-connect .tc-drop-down table th{padding:3px 3px 3px 0;vertical-align:middle;font-weight:normal;border:none}.tmap-quick-connect .tc-drop-down table td table,.tmap-quick-connect .tc-drop-down table th table{margin:0}.tmap-quick-connect .tc-drop-down .tmap-quick-connect-search-bar,.tmap-quick-connect .tc-drop-down .tmap-quick-connect-existing-bar{background:#F1F1F1;margin-top:0;border-bottom:1px solid #D5D5D5;border-top:1px solid #D5D5D5}.tmap-quick-connect .tc-drop-down table.tmap-quick-connect-search-bar td,.tmap-quick-connect .tc-drop-down th{padding:5px}.tmap-quick-connect .tc-drop-down .tmap-quick-connect-existing-bar{padding:5px}.tmap-quick-connect .tc-drop-down .tmap-connection-table th,.tmap-quick-connect .tc-drop-down .tmap-connection-table td{text-align:left;padding:1px 1px 1px 0}.tmap-quick-connect .tc-drop-down .tmap-connection-table button{width:20px;padding:0px}.tmap-quick-connect .tc-drop-down .tmap-scroll-table{height:120px;overflow:auto;display:block}.tmap-quick-connect .tc-drop-down hr{border:0;height:0;border-top:1px solid rgba(0,0,0,0.1);border-bottom:1px solid rgba(255,255,255,0.3)}.tmap-quick-connect .tc-drop-down a{display:inline;padding:0;color:#5778d8;background:transparent}.tmap-quick-connect .tc-drop-down a:hover{background:transparent;color:#5778d8;text-decoration:underline}.tmap-quick-connect .tc-drop-down button{display:inline-block;padding:0px 3px;text-align:center;color:#333333;line-height:1.0}.tmap-quick-connect .tc-drop-down button:hover{color:#ffffff}.tmap-quick-connect .tc-drop-down button svg{fill:inherit}.tmap-quick-connect .tc-drop-down button svg:hover{fill:#ffffff}\n",
"title": "$:/plugins/felixhayashi/tiddlymap/layout",
"type": "text/vnd.tiddlywiki",
"tags": [
"$:/tags/Stylesheet"
]
},
"$:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,r){for(var t=0;t<r.length;t++){var i=r[t];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(r,t,i){if(t)e(r.prototype,t);if(i)e(r,i);return r}}();// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,r){if(!(e instanceof r)){throw new TypeError(\"Cannot call a class as a function\")}}var AbstractEdgeTypeSubscriber=function(){function e(r){var t=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{},i=t.priority,n=i===undefined?0:i,a=t.skipOthers,s=a===undefined?true:a,u=t.ignore,l=u===undefined?false:u;_classCallCheck(this,e);this.allEdgeTypes=r;this.priority=n;this.skipOthers=s;this.ignore=l}_createClass(e,[{key:\"setTracker\",value:function e(r){this.tracker=r}},{key:\"loadEdges\",value:function e(r,t,i){throw new _exception.MissingOverrideError(this,\"loadEdges\")}},{key:\"canHandle\",value:function e(r){throw new _exception.MissingOverrideError(this,\"canHandle\")}},{key:\"insertEdge\",value:function e(r,t,i){}},{key:\"deleteEdge\",value:function e(r,t,i){}}]);return e}();exports.default=AbstractEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/AbstractEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,r){for(var t=0;t<r.length;t++){var i=r[t];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(r,t,i){if(t)e(r.prototype,t);if(i)e(r,i);return r}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var _AbstractRefEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber\");var _AbstractRefEdgeTypeSubscriber2=_interopRequireDefault(_AbstractRefEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,r){if(!(e instanceof r)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,r){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return r&&(typeof r===\"object\"||typeof r===\"function\")?r:e}function _inherits(e,r){if(typeof r!==\"function\"&&r!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof r)}e.prototype=Object.create(r&&r.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(r)Object.setPrototypeOf?Object.setPrototypeOf(e,r):e.__proto__=r}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar AbstractMagicEdgeTypeSubscriber=function(e){_inherits(r,e);function r(e,t){_classCallCheck(this,r);var i=_possibleConstructorReturn(this,(r.__proto__||Object.getPrototypeOf(r)).call(this,e,t));i.edgeTypesByFieldName=_utils2.default.makeHashMap();for(var a in e){var n=e[a];if(i.canHandle(n)){i.edgeTypesByFieldName[n.name]=n}}return i}_createClass(r,[{key:\"getReferencesFromField\",value:function e(r,t,i){throw new _exception.MissingOverrideError(this,\"getReferencesFromField\")}},{key:\"getReferences\",value:function e(r,t,i){var a=_utils2.default.makeHashMap();var n=r.fields;for(var s in n){var u=this.edgeTypesByFieldName[s];if(!u||i&&!i[u.id])continue;var o=this.getReferencesFromField(r,s,t);if(o&&o.length){a[u.id]=o}}return a}}]);return r}(_AbstractRefEdgeTypeSubscriber2.default);exports.default=AbstractMagicEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/AbstractMagicEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var _AbstractEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber\");var _AbstractEdgeTypeSubscriber2=_interopRequireDefault(_AbstractEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar AbstractRefEdgeTypeSubscriber=function(e){_inherits(t,e);function t(){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).apply(this,arguments))}_createClass(t,[{key:\"loadEdges\",value:function e(t,r,i){var a=this.getReferences(t,r,i);if(!a||!_utils2.default.hasElements(a))return;var s=t.fields[\"tmap.id\"];var n=$tm.tracker.getIdsByTiddlers();var u=this.allEdgeTypes;var l=_utils2.default.getTiddlerRef(t);var o=_utils2.default.makeHashMap();for(var f in a){var c=a[f];if(!c){continue}var p=u[f];for(var d=c.length;d--;){var _=c[d];if(!_||!$tw.wiki.tiddlerExists(_)||_utils2.default.isSystemOrDraft(_)||r&&!r[_]){continue}var b=p.id+$tw.utils.hashString(l+_);o[b]=new _Edge2.default(s,n[_],p.id,b)}}return o}},{key:\"getReferences\",value:function e(t,r,i){throw new _exception.MissingOverrideError(this,\"getReferences\")}}]);return t}(_AbstractEdgeTypeSubscriber2.default);exports.default=AbstractRefEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/AbstractRefEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/EdgeTypeSubscriberRegistry": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,r){for(var t=0;t<r.length;t++){var s=r[t];s.enumerable=s.enumerable||false;s.configurable=true;if(\"value\"in s)s.writable=true;Object.defineProperty(e,s.key,s)}}return function(r,t,s){if(t)e(r.prototype,t);if(s)e(r,s);return r}}();function _classCallCheck(e,r){if(!(e instanceof r)){throw new TypeError(\"Cannot call a class as a function\")}}\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/EdgeTypeSubscriberRegistry\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar EdgeTypeSubscriberRegistry=function(){function e(r,t,s){_classCallCheck(this,e);this.subscriberClasses=r;this.tracker=s;this.updateIndex(t)}_createClass(e,[{key:\"getAllForType\",value:function e(r){var t=this.allSubscribers;var s=[];for(var i=0,a=t.length;i<a;i++){if(t[i].canHandle(r)){s.push(t[i]);if(t[i].skipOthers){break}}}return s}},{key:\"getAll\",value:function e(){return this.allSubscribers}},{key:\"updateIndex\",value:function e(r){var t=[];var s=this.subscriberClasses;for(var i in s){var a=new s[i](r);a.setTracker(this.tracker);if(a.ignore===true){continue}t.push(a)}t.sort(function(e,r){return r.priority-e.priority});this.allSubscribers=t}}]);return e}();exports.default=EdgeTypeSubscriberRegistry;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/EdgeTypeSubscriberRegistry.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/EdgeTypeSubscriberRegistry",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/tmap": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.TmapEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _AbstractEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractEdgeTypeSubscriber\");var _AbstractEdgeTypeSubscriber2=_interopRequireDefault(_AbstractEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/tmap\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\nvar TmapEdgeTypeSubscriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:0},r)))}_createClass(t,[{key:\"loadEdges\",value:function e(t,r,i){var a=_utils2.default.parseFieldData(t,\"tmap.edges\");if(!a){return}var n=this.tracker.getTiddlersByIds();var u=t.fields[\"tmap.id\"];var s=_utils2.default.makeHashMap();for(var l in a){var o=a[l];var d=n[o.to];if(d&&(!r||r[d])&&(!i||i[o.type])){s[l]=new _Edge2.default(u,o.to,o.type,l)}}return s}},{key:\"insertEdge\",value:function e(t,r,i){var a=_utils2.default.parseFieldData(t,\"tmap.edges\",{});r.id=r.id||_utils2.default.genUUID();a[r.id]={to:r.to,type:i.id};_utils2.default.writeFieldData(t,\"tmap.edges\",a,$tm.config.sys.jsonIndentation);return r}},{key:\"deleteEdge\",value:function e(t,r,i){if(!r.id)return;var a=_utils2.default.parseFieldData(t,\"tmap.edges\",{});delete a[r.id];_utils2.default.writeFieldData(t,\"tmap.edges\",a,$tm.config.sys.jsonIndentation);return r}},{key:\"canHandle\",value:function e(t){return true}}]);return t}(_AbstractEdgeTypeSubscriber2.default);exports.TmapEdgeTypeSubscriber=TmapEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/TmapEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/tmap",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/field": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.FieldEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _AbstractMagicEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber\");var _AbstractMagicEdgeTypeSubscriber2=_interopRequireDefault(_AbstractMagicEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/field\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\nvar FieldEdgeTypeSubscriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:10},r)))}_createClass(t,[{key:\"canHandle\",value:function e(t){return t.namespace===\"tw-field\"}},{key:\"getReferencesFromField\",value:function e(t,r,i){return[t.fields[r]]}},{key:\"insertEdge\",value:function e(t,r,i){var n=this.tracker.getTiddlerById(r.to);if(n==null){return}_utils2.default.setField(t,i.name,n);return r}},{key:\"deleteEdge\",value:function e(t,r,i){var n=this.tracker.getTiddlerById(r.to);if(n==null){return}_utils2.default.setField(t,i.name,\"\");return r}}]);return t}(_AbstractMagicEdgeTypeSubscriber2.default);exports.FieldEdgeTypeSubscriber=FieldEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/magicEdgeTypeSubscriber/FieldEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/field",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/filter": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.FilterEdgeTypeSubstriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _AbstractMagicEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber\");var _AbstractMagicEdgeTypeSubscriber2=_interopRequireDefault(_AbstractMagicEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/filter\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\nvar FilterEdgeTypeSubstriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:10},r)))}_createClass(t,[{key:\"canHandle\",value:function e(t){return t.namespace===\"tw-filter\"}},{key:\"getReferencesFromField\",value:function e(t,r,i){var n=t.fields[r];var a=_utils2.default.getMatches(n,i);return a}},{key:\"insertEdge\",value:function e(t,r,i){if(!r.to){return}var n=i.name;var a=t.fields[n]||\"\";var u=this.tracker.getTiddlerById(r.to);var s=$tw.utils.stringifyList([u]);if(a.length>0){s=\" \"+s}_utils2.default.setField(t,n,a+s);return r}}]);return t}(_AbstractMagicEdgeTypeSubscriber2.default);exports.FilterEdgeTypeSubstriber=FilterEdgeTypeSubstriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/magicEdgeTypeSubscriber/FilterEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/filter",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/list": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.ListEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _AbstractMagicEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractMagicEdgeTypeSubscriber\");var _AbstractMagicEdgeTypeSubscriber2=_interopRequireDefault(_AbstractMagicEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/list\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\nvar ListEdgeTypeSubscriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:10},r)))}_createClass(t,[{key:\"canHandle\",value:function e(t){return t.namespace===\"tw-list\"}},{key:\"getReferencesFromField\",value:function e(t,r,i){return $tw.utils.parseStringArray(t.fields[r])}},{key:\"insertEdge\",value:function e(t,r,i){if(!r.to){return}var n=i.name;var s=$tw.utils.parseStringArray(t.fields[n]);s=(s||[]).slice();var a=this.tracker.getTiddlerById(r.to);s.push(a);_utils2.default.setField(t,n,$tw.utils.stringifyList(s));return r}},{key:\"deleteEdge\",value:function e(t,r,i){var n=$tw.utils.parseStringArray(t.fields[i.name]);n=(n||[]).slice();var s=this.tracker.getTiddlerById(r.to);var a=n.indexOf(s);if(a>-1){n.splice(a,1)}_utils2.default.setField(t,i.name,$tw.utils.stringifyList(n));return r}}]);return t}(_AbstractMagicEdgeTypeSubscriber2.default);exports.ListEdgeTypeSubscriber=ListEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/magicEdgeTypeSubscriber/ListEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/list",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/link": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.LinkEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var n in r){if(Object.prototype.hasOwnProperty.call(r,n)){e[n]=r[n]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var n=t[r];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(e,n.key,n)}}return function(t,r,n){if(r)e(t.prototype,r);if(n)e(t,n);return t}}();var _AbstractRefEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber\");var _AbstractRefEdgeTypeSubscriber2=_interopRequireDefault(_AbstractRefEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/link\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\nvar LinkEdgeTypeSubscriber=function(e){_inherits(t,e);function t(e){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,_extends({priority:20},r)))}_createClass(t,[{key:\"canHandle\",value:function e(t){return t.id===\"tw-body:link\"}},{key:\"getReferences\",value:function e(t,r,n){if(n&&!n[\"tw-body:link\"]){return}var i=$tw.wiki.getTiddlerLinks(t.fields.title);if(!i||!i.length){return}return{\"tw-body:link\":i}}}]);return t}(_AbstractRefEdgeTypeSubscriber2.default);exports.LinkEdgeTypeSubscriber=LinkEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/refEdgeTypeSubscriber/LinkEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/link",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/transclude": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.TranscludeEdgeTypeSubscriber=undefined;var _extends=Object.assign||function(e){for(var r=1;r<arguments.length;r++){var t=arguments[r];for(var n in t){if(Object.prototype.hasOwnProperty.call(t,n)){e[n]=t[n]}}}return e};var _createClass=function(){function e(e,r){for(var t=0;t<r.length;t++){var n=r[t];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(e,n.key,n)}}return function(r,t,n){if(t)e(r.prototype,t);if(n)e(r,n);return r}}();var _AbstractRefEdgeTypeSubscriber=require(\"$:/plugins/felixhayashi/tiddlymap/js/AbstractRefEdgeTypeSubscriber\");var _AbstractRefEdgeTypeSubscriber2=_interopRequireDefault(_AbstractRefEdgeTypeSubscriber);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,r){if(!(e instanceof r)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,r){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return r&&(typeof r===\"object\"||typeof r===\"function\")?r:e}function _inherits(e,r){if(typeof r!==\"function\"&&r!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof r)}e.prototype=Object.create(r&&r.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(r)Object.setPrototypeOf?Object.setPrototypeOf(e,r):e.__proto__=r}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/transclude\ntype: application/javascript\nmodule-type: tmap.edgetypehandler\n\n@preserve\n\n\\*/\nvar TranscludeEdgeTypeSubscriber=function(e){_inherits(r,e);function r(e){var t=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,r);return _possibleConstructorReturn(this,(r.__proto__||Object.getPrototypeOf(r)).call(this,e,_extends({priority:20,ignore:typeof $tw.wiki.getTiddlerTranscludes!==\"function\"},t)))}_createClass(r,[{key:\"canHandle\",value:function e(r){return r.id===\"tw-body:transclude\"}},{key:\"getReferences\",value:function e(r,t,n){if(n&&!n[\"tw-body:transclude\"]){return}var i=$tw.wiki.getTiddlerTranscludes(r.fields.title);if(!i||!i.length){return}return{\"tw-body:transclude\":i}}}]);return r}(_AbstractRefEdgeTypeSubscriber2.default);exports.TranscludeEdgeTypeSubscriber=TranscludeEdgeTypeSubscriber;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/edgeTypeSubscriber/refEdgeTypeSubscriber/TranscludeEdgeTypeSubscriber.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/modules/edge-type-handler/body/transclude",
"type": "application/javascript",
"module-type": "tmap.edgetypehandler"
},
"$:/plugins/felixhayashi/tiddlymap/js/Edge": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Edge\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar Edge=function e(t,i,s,l){_classCallCheck(this,e);this.from=t;this.to=i;this.type=s;this.id=l||_utils2.default.genUUID()};exports.default=Edge;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/Edge.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/Edge",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/EdgeType": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var n in r){if(Object.prototype.hasOwnProperty.call(r,n)){e[n]=r[n]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var n=t[r];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(e,n.key,n)}}return function(t,r,n){if(r)e(t.prototype,r);if(n)e(t,n);return t}}();var _MapElementType2=require(\"$:/plugins/felixhayashi/tiddlymap/js/MapElementType\");var _MapElementType3=_interopRequireDefault(_MapElementType2);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var r in e){if(Object.prototype.hasOwnProperty.call(e,r))t[r]=e[r]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/EdgeType\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar EdgeType=function(e){_inherits(t,e);function t(e,r){_classCallCheck(this,t);var n=t.getIdParts(e),o=n.marker,a=n.namespace,i=n.name;e=t.getId(o,a,i);var l=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,env.path.edgeTypes,t.fieldMeta,r));l.id=e;l.marker=o;l.name=i;l.namespace=a;var u=(l.style||{}).arrows;if(u){l.invertedArrow=isArrowEnabled(u,\"from\");l.toArrow=isArrowEnabled(u,\"to\")||isArrowEnabled(u,\"middle\");l.biArrow=l.invertedArrow===l.toArrow;if(l.biArrow){l.toArrow=true;l.invertedArrow=true}}else{l.toArrow=true}Object.freeze(l);return l}_createClass(t,[{key:\"getLabel\",value:function e(){return this.label||this.name}}],[{key:\"getIdParts\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:\"\";t=_utils2.default.getWithoutPrefix(t,env.path.edgeTypes+\"/\");var r=t.match(edgeTypeRegex)||[];return{marker:r[1]||\"\",namespace:r[3]&&r[2]||\"\",name:r[3]||r[2]||\"\"}}},{key:\"getId\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:\"\";var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"\";var n=arguments[2];return n?t+(r&&r+\":\")+n:\"tmap:unknown\"}}]);return t}(_MapElementType3.default);EdgeType.getInstance=function(e){return e instanceof EdgeType?e:new EdgeType(e)};EdgeType.fieldMeta=_extends({},_MapElementType3.default.fieldMeta,{label:{},\"show-label\":{}});var isArrowEnabled=function e(t,r){var n=t[r];if(n==null&&r===\"to\"){return true}return(typeof n===\"undefined\"?\"undefined\":_typeof(n))===\"object\"?n.enabled!==false:n===true};var edgeTypeRegex=new RegExp(\"^(_?)([^:_][^:]*):?([^:]*)\");exports.default=EdgeType;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/EdgeType.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/EdgeType",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/MapElementType": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(t){return typeof t}:function(t){return t&&typeof Symbol===\"function\"&&t.constructor===Symbol&&t!==Symbol.prototype?\"symbol\":typeof t};var _createClass=function(){function t(t,e){for(var i=0;i<e.length;i++){var l=e[i];l.enumerable=l.enumerable||false;l.configurable=true;if(\"value\"in l)l.writable=true;Object.defineProperty(t,l.key,l)}}return function(e,i,l){if(i)t(e.prototype,i);if(l)t(e,l);return e}}();// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/MapElementType\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(t){return t&&t.__esModule?t:{default:t}}function _classCallCheck(t,e){if(!(t instanceof e)){throw new TypeError(\"Cannot call a class as a function\")}}var MapElementType=function(){function t(e,i,l,s){_classCallCheck(this,t);this.id=e;this.root=i;this._fieldMeta=l;this.fullPath=this.root+\"/\"+this.id;this.isShipped=$tw.wiki.getSubTiddler($tm.path.pluginRoot,this.fullPath);this._load(s||this.fullPath)}_createClass(t,[{key:\"_load\",value:function t(e){if(!e){return}if(typeof e===\"string\"){var i=_utils2.default.startsWith(e,this.root);var l=i?e:this.root+\"/\"+e;this._loadFromTiddler(l)}else if(e instanceof $tw.Tiddler){this._loadFromTiddler(e)}else if((typeof e===\"undefined\"?\"undefined\":_typeof(e))===\"object\"){for(var s in this._fieldMeta){this[s]=e[s]}}}},{key:\"_loadFromTiddler\",value:function t(e){var i=_utils2.default.getTiddler(e);if(!i){return}var l=$tw.wiki.getSubTiddler($tm.path.pluginRoot,this.fullPath)||{};var s=$tw.utils.extend({},l.fields,i.fields);for(var r in this._fieldMeta){var a=this._fieldMeta[r].parse;var f=s[r];this[r]=a?a.call(this,f):f}}},{key:\"exists\",value:function t(){return _utils2.default.tiddlerExists(this.fullPath)}},{key:\"setStyle\",value:function t(e,i){if(typeof e===\"string\"){e=_utils2.default.parseJSON(e)}if((typeof e===\"undefined\"?\"undefined\":_typeof(e))===\"object\"){if(i){_utils2.default.merge(this.style,e)}else{this.style=e}}}},{key:\"save\",value:function t(e,i){if(!e){e=this.fullPath}else if(typeof e!==\"string\"){return}var l={title:e,text:\"\"};if(!_utils2.default.startsWith(e,this.root)){l.id=this.id}for(var s in this._fieldMeta){var r=this._fieldMeta[s].stringify;l[s]=r?r.call(this,this[s]):this[s]}if(!this.exists()){Object.assign(l,$tw.wiki.getCreationFields())}if(i!==true){Object.assign(l,$tw.wiki.getModificationFields())}$tw.wiki.addTiddler(new $tw.Tiddler(l))}}]);return t}();MapElementType.fieldMeta={description:{},style:{parse:_utils2.default.parseJSON,stringify:JSON.stringify},modified:{},created:{}};exports.default=MapElementType;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/MapElementType.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/MapElementType",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/NodeType": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var n in r){if(Object.prototype.hasOwnProperty.call(r,n)){e[n]=r[n]}}}return e};var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var n=t[r];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(e,n.key,n)}}return function(t,r,n){if(r)e(t.prototype,r);if(n)e(t,n);return t}}();var _MapElementType2=require(\"$:/plugins/felixhayashi/tiddlymap/js/MapElementType\");var _MapElementType3=_interopRequireDefault(_MapElementType2);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/NodeType\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar NodeType=function(e){_inherits(t,e);function t(e,r){_classCallCheck(this,t);e=typeof e===\"string\"?_utils2.default.getWithoutPrefix(e,$tm.path.nodeTypes+\"/\"):\"tmap:unknown\";var n=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,$tm.path.nodeTypes,t.fieldMeta,r));Object.freeze(n);return n}_createClass(t,[{key:\"getInheritors\",value:function e(t){return this.scope?_utils2.default.getMatches(this.scope,t||$tw.wiki.allTitles()):[]}}]);return t}(_MapElementType3.default);NodeType.getInstance=function(e){return e instanceof NodeType?e:new NodeType(e)};NodeType.fieldMeta=_extends({},_MapElementType3.default.fieldMeta,{view:{},priority:{parse:function e(t){return isNaN(t)?1:parseInt(t)},stringify:function e(t){return _utils2.default.isInteger(t)?t.toString():\"1\"}},scope:{stringify:_utils2.default.getWithoutNewLines},\"fa-icon\":{},\"tw-icon\":{}});exports.default=NodeType;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/NodeType.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/NodeType",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var i=arguments[t];for(var r in i){if(Object.prototype.hasOwnProperty.call(i,r)){e[r]=i[r]}}}return e};var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var r=t[i];r.enumerable=r.enumerable||false;r.configurable=true;if(\"value\"in r)r.writable=true;Object.defineProperty(e,r.key,r)}}return function(t,i,r){if(i)e(t.prototype,i);if(r)e(t,r);return t}}();// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var i in e){if(Object.prototype.hasOwnProperty.call(e,i))t[i]=e[i]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var ViewAbstraction=function(){function e(t){var i=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};_classCallCheck(this,e);if(t instanceof e){return t}this._registerPaths(t);if(i.isCreate){if(!this.configTRef){var r=_utils2.default.getRandomLabel({plural:true});this.configTRef=$tw.wiki.generateNewTitle($tm.path.views+\"/\"+r)}this._createView(i)}else if(!e.exists(this.getRoot())){throw new ResourceNotFoundException(\"ViewAbstraction\",t)}this._rebuildCache()}_createClass(e,[{key:\"isLocked\",value:function e(){return $tw.wiki.isShadowTiddler(this.configTRef)}},{key:\"update\",value:function e(t){var i=t.changedTiddlers;if(t[env.path.edgeTypes]||_utils2.default.hasKeyWithPrefix(i,this.getRoot())){this._rebuildCache();return true}return false}},{key:\"addPlaceholder\",value:function e(t){_utils2.default.cp(_utils2.default.getTiddler(t),this.snapshotTRef,true)}},{key:\"exists\",value:function t(){return e.exists(this)}},{key:\"getRoot\",value:function e(){return this.configTRef}},{key:\"getCreationDate\",value:function e(t){var i=$tw.wiki.getTiddler(this.configTRef).fields[\"created\"];if(t){return i instanceof Date?$tw.utils.formatDateString(i,\"DDth MMM YYYY\"):\"\"}return i}},{key:\"getLabel\",value:function e(){return _utils2.default.getBasename(this.configTRef)}},{key:\"destroy\",value:function e(){_utils2.default.deleteTiddlers(_utils2.default.getMatches(\"[prefix[\"+this.configTRef+\"]]\"))}},{key:\"getOccurrences\",value:function e(){var t=\"[regexp:text[<\\\\$(tiddlymap|tmap).*?view=.\"+this.getLabel()+\"..*?>]]\";return _utils2.default.getMatches(t)}},{key:\"rename\",value:function t(i){if(typeof i!==\"string\"){return false}if(_utils2.default.inArray(\"/\",i)){$tm.notify('A view name must not contain any \"/\"');return false}var r=this.getLabel();var n=env.path.views+\"/\"+i;var a=this.getRoot();_utils2.default.mv(a,n,true);if($tm.config.sys.defaultView===r){_utils2.default.setEntry($tm.ref.sysUserConf,\"defaultView\",i)}if($tm.config.sys.liveTab.fallbackView===r){_utils2.default.setEntry($tm.ref.sysUserConf,\"liveTab.fallbackView\",i)}$tw.wiki.each(function(t,n){if(t.fields[\"tmap.open-view\"]===r){_utils2.default.setField(n,\"tmap.open-view\",i);return}if(e.exists(n)){var a=new e(n);var l=a.getNodeData();for(var s in l){if(l[s][\"open-view\"]===r){l[s][\"open-view\"]=i}}a.saveNodeData(l)}});this._registerPaths(i);this._rebuildCache()}},{key:\"isEnabled\",value:function e(t){return _utils2.default.isTrue(this.getConfig(t),false)}},{key:\"getConfig\",value:function e(t,i){var r=void 0;if(!i&&this.config){r=this.config}else{var n=_utils2.default.getTiddler(this.configTRef).fields;r=_utils2.default.getPropertiesByPrefix(n,\"config.\")}var a=t&&_utils2.default.startsWith(t,\"config.\")?t:\"config.\"+t;return t?r[a]:r}},{key:\"setConfig\",value:function e(){for(var t=arguments.length,i=Array(t),r=0;r<t;r++){i[r]=arguments[r]}if(i[0]==null){return}if(i.length===1&&_typeof(i[0])===\"object\"){for(var n in i[0]){this.setConfig(n,i[0][n])}}else if(i.length===2&&typeof i[0]===\"string\"){var a=_utils2.default.getWithoutPrefix(i[0],\"config.\");var l=i[1];if(l===undefined){return}if(l===null){$tm.logger(\"debug\",\"Removing config\",a);delete this.config[\"config.\"+a]}else{if(a===\"edge_type_namespace\"){var s=l.match(/[^:]+/);l=s?s[0]:\"\"}}$tm.logger(\"log\",\"Setting config\",a,l);this.config[\"config.\"+a]=l}else{throw new(Function.prototype.bind.apply(_exception.InvalidArgumentException,[null].concat(i)))}$tw.wiki.addTiddler(new $tw.Tiddler(_utils2.default.getTiddler(this.configTRef),this.config))}},{key:\"isLiveView\",value:function e(){return this.getLabel()===$tm.misc.liveViewLabel}},{key:\"_isNodeIncludedById\",value:function t(i){var r=$tw.utils.escapeRegExp(e._getNodeIdFilterPart(i));return this.getNodeFilter(\"raw\").match(r)}},{key:\"setNodeFilter\",value:function e(t,i){t=t.replace(/[\\n\\r]/g,\" \");if(this.getNodeFilter(\"raw\")===t){return}if(this.isLiveView()&&!i){$tm.notify(\"You must not change the live view's node filter!\");return}_utils2.default.setField(this.nodeFilterTRef,\"filter\",t);$tm.logger(\"debug\",\"Node filter set to\",t);this.nodeFilter=this.getNodeFilter(null,true)}},{key:\"setEdgeTypeFilter\",value:function e(t){t=t.replace(/[\\n\\r]/g,\" \");if(this.getEdgeTypeFilter(\"raw\")===t){return}_utils2.default.setField(this.edgeTypeFilterTRef,\"filter\",t);$tm.logger(\"debug\",\"Edge filter set to\",t);this.edgeTypeFilter=this.getEdgeTypeFilter(null,true)}},{key:\"addNode\",value:function t(i){if(!this._isNodeIncludedById(i)){var r=e._getNodeIdFilterPart(i);var n=\" \";this.setNodeFilter(this.getNodeFilter(\"raw\")+n+r);this.saveNodePosition(i)}}},{key:\"removeNode\",value:function t(i){if(!this._isNodeIncludedById(i)){return false}var r=e._getNodeIdFilterPart(i);var n=this.getNodeFilter(\"raw\").replace(r,\"\");this.setNodeFilter(n);if(this.nodeData[i]){this.saveNodeData(i,null)}return true}},{key:\"getEdgeTypeFilter\",value:function e(t,i){var r=void 0;if(!i&&this.edgeTypeFilter){r=this.edgeTypeFilter}else{var n=$tm.indeces.allETy;var a=Object.keys(n);var l=$tw.wiki.getTiddler(this.edgeTypeFilterTRef);r={};r.raw=l&&l.fields.filter||\"\";r.pretty=_utils2.default.getPrettyFilter(r.raw);r.matches=_utils2.default.getEdgeTypeMatches(r.raw,n);r.whitelist=_utils2.default.getLookupTable(r.matches)}return t?r[t]:r}},{key:\"isEdgeTypeVisible\",value:function e(t){return _utils2.default.isEdgeTypeMatch(_EdgeType2.default.getInstance(t).id,this.edgeTypeFilter.raw)}},{key:\"getNodeFilter\",value:function e(t){var i=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var r=void 0;if(!i&&this.nodeFilter){r=this.nodeFilter}else{r=_utils2.default.makeHashMap();var n=$tw.wiki.getTiddler(this.nodeFilterTRef);r.raw=n&&n.fields.filter||\"\";r.pretty=_utils2.default.getPrettyFilter(r.raw);r.compiled=$tw.wiki.compileFilter(r.raw)}return t?r[t]:r}},{key:\"getNodeData\",value:function e(t,i){var r=!i&&this.nodeData?this.nodeData:_utils2.default.parseFieldData(this.mapTRef,\"text\",{});return t?r[t]:r}},{key:\"equals\",value:function t(i){return i===this||e.exists(i)&&new e(i).getRoot()===this.getRoot()}},{key:\"saveNodeData\",value:function e(){var t=this.getNodeData();for(var i=arguments.length,r=Array(i),n=0;n<i;n++){r[n]=arguments[n]}if(r.length===2){if(_typeof(r[1])===\"object\"){if(r[1]===null){delete t[r[0]]}else{t[r[0]]=Object.assign(t[r[0]]||{},r[1])}}}else if(r.length===1&&_typeof(r[0])===\"object\"){$tm.logger(\"log\",\"Storing data in\",this.mapTRef);Object.assign(t,r[0])}else{throw new(Function.prototype.bind.apply(_exception.InvalidArgumentException,[null].concat(r)))}_utils2.default.writeFieldData(this.mapTRef,\"text\",t,$tm.config.sys.jsonIndentation);this.nodeData=t}},{key:\"saveNodePosition\",value:function e(t){if(t.id&&t.x!=null&&t.y!=null){this.saveNodeData(t.id,{x:t.x,y:t.y})}}},{key:\"saveNodePositions\",value:function e(t){var i=this.nodeData;for(var r in t){i[r]=i[r]||{};i[r].x=t[r].x;i[r].y=t[r].y}this.saveNodeData(i)}},{key:\"setCentralTopic\",value:function e(t){this.setConfig(\"central-topic\",t)}},{key:\"saveNodeStyle\",value:function e(t,i){var r=this.getNodeData(t)||{};var n={x:r.x,y:r.y};for(var a in r){delete r[a]}this.saveNodeData(t,_extends({},i,n))}},{key:\"_registerPaths\",value:function t(i,r){this.configTRef=e._getRootPath(i);this.mapTRef=this.configTRef+\"/map\";this.nodeFilterTRef=this.configTRef+\"/filter/nodes\";this.edgeTypeFilterTRef=this.configTRef+\"/filter/edges\";this.snapshotTRef=this.getRoot()+\"/snapshot\"}},{key:\"_createView\",value:function t(){var i=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{},r=i.isForce,n=i.protoView,a=i.isHidden;if(e.exists(this)){if(!r){return}this.destroy()}if(e.exists(n)){_utils2.default.cp(new e(n).getRoot(),this.configTRef,true)}var l={title:this.configTRef,id:_utils2.default.genUUID()};if(!a){l[$tm.field.viewMarker]=true}$tw.wiki.addTiddler(new $tw.Tiddler(_utils2.default.getTiddler(this.configTRef),l));this.setEdgeTypeFilter(env.filter.defaultEdgeTypeFilter)}},{key:\"_rebuildCache\",value:function e(){this.config=this.getConfig(null,true);this.nodeData=this.getNodeData(null,true);this.nodeFilter=this.getNodeFilter(null,true);this.edgeTypeFilter=this.getEdgeTypeFilter(null,true)}}],[{key:\"_getNodeIdFilterPart\",value:function e(t){var i=(typeof t===\"undefined\"?\"undefined\":_typeof(t))===\"object\"?t.id:t;return\"[field:tmap.id[\"+i+\"]]\"}},{key:\"_getRootPath\",value:function t(i){if(i instanceof e){return i.configTRef}if(i instanceof $tw.Tiddler){i=i.fields.title}if(typeof i===\"string\"){var r=_utils2.default.getWithoutPrefix(i,$tm.path.views+\"/\");if(r&&!_utils2.default.hasSubString(r,\"/\")){return $tm.path.views+\"/\"+r}}}},{key:\"exists\",value:function t(i){if(!i){return false}if(i instanceof e){i=i.configTRef}else{i=e._getRootPath(i)}return _utils2.default.tiddlerExists(i)}}]);return e}();exports.default=ViewAbstraction;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/graph/ViewAbstraction.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/Popup": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function Popup(e,t){t=t||{};this._parentDomNode=e;this._domNode=document.createElement(\"div\");this._domNode.style.display=\"none\";this._domNode.className=\"tmap-popup\";this._parentDomNode.appendChild(this._domNode);$tw.utils.addClass(this._domNode,t.className);this._isEnabled=true;this._isPreventShowOrHide=false;this._isHideOnClick=!!t.hideOnClick;this._timeoutShow=null;this._timeoutHide=null;this._isDisplayNoneAfterAnimation=true;var i=parseInt(t.leavingDelay);this._hideDelayLeavingPopup=_utils2.default.isInteger(i)?i:200;i=parseInt(t.hideDelay);this._hideDelay=_utils2.default.isInteger(i)?i:200;i=parseInt(t.showDelay);this._showDelay=_utils2.default.isInteger(i)?i:200;_utils2.default.bindTo(this,[\"_show\",\"_hide\",\"_handleEnter\",\"_handleLeave\",\"_handleAnimationEnd\",\"_handleClick\"]);this._listeners={mouseenter:this._handleEnter,mouseleave:this._handleLeave,click:[this._handleClick,true]};var s=this._handleAnimationEnd;this._listeners[$tw.utils.convertEventName(\"animationEnd\")]=s;this._listeners[$tw.utils.convertEventName(\"transitionEnd\")]=s;_utils2.default.setDomListeners(\"add\",this._domNode,this._listeners,false)}\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Popup\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nPopup.prototype._handleEnter=function(e){this._isPreventShowOrHide=true};Popup.prototype._handleLeave=function(e){this._isPreventShowOrHide=false;this.hide(this._hideDelayLeavingPopup)};Popup.prototype._handleClick=function(e){if(this._isHideOnClick){this._hide(true)}};Popup.prototype._handleAnimationEnd=function(){if(this._isDisplayNoneAfterAnimation){this._domNode.style.display=\"none\"}};Popup.prototype._hide=function(e){if(!e&&this._isPreventShowOrHide)return;this._isDisplayNoneAfterAnimation=true;this._isPreventShowOrHide=false;$tw.utils.removeClass(this._domNode,\"tmap-popup-active\")};Popup.prototype._show=function(e,t){if(this._isPreventShowOrHide||$tm.mouse.ctrlKey||!this._isEnabled){return}this._domNode.style.display=\"none\";$tw.utils.removeClass(this._domNode,\"tmap-popup-active\");this._domNode.removeAttribute(\"style\");_utils2.default.removeDOMChildNodes(this._domNode);var i=this._domNode.appendChild(document.createElement(\"div\"));if(typeof t===\"function\"){t(e,i)}else{i.innerHTML=t}if(!i.childNodes.length)return;var s=this._parentDomNode.getBoundingClientRect();var o=$tm.mouse.clientX;var n=$tm.mouse.clientY;this._domNode.style.display=\"block\";var d=this._domNode.getBoundingClientRect();var l=s.right-(o+d.width);var h=o-d.width-s.left;var a=l>h;var u=s.bottom-(n+d.height);var r=n-d.height-s.top;var p=u>r;var _=a?-15:d.width+15;var m=p?-15:d.height+15;this._domNode.style.left=o-s.left-_+\"px\";this._domNode.style.top=n-s.top-m+\"px\";this._isDisplayNoneAfterAnimation=false;$tw.utils.addClass(this._domNode,\"tmap-popup-active\")};Popup.prototype.show=function(e,t,i){this._clearTimeouts();i=_utils2.default.isInteger(i)?i:this._showDelay;this._timeoutShow=setTimeout(this._show,i,e,t)};Popup.prototype.hide=function(e,t){this._clearTimeouts();e=_utils2.default.isInteger(e)?e:this._hideDelay;if(t||e===0){this._hide(t)}else{this._timeoutHide=setTimeout(this._hide,e,t)}};Popup.prototype.setEnabled=function(e){this._isEnabled=e};Popup.prototype.isShown=function(){return this._domNode.style.display===\"block\"};Popup.prototype._clearTimeouts=function(){clearTimeout(this._timeoutShow);clearTimeout(this._timeoutHide);this._timeoutShow=undefined;this._timeoutHide=undefined};exports.default=Popup;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/Popup.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/Popup",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/SelectionRectangle": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function t(t,e){for(var i=0;i<e.length;i++){var n=e[i];n.enumerable=n.enumerable||false;n.configurable=true;if(\"value\"in n)n.writable=true;Object.defineProperty(t,n.key,n)}}return function(e,i,n){if(i)t(e.prototype,i);if(n)t(e,n);return e}}();function _classCallCheck(t,e){if(!(t instanceof e)){throw new TypeError(\"Cannot call a class as a function\")}}\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/SelectionRectangle\ntype: application/SelectionRectangle\nmodule-type: library\n\n@preserve\n\n\\*/\nvar SelectionRectangle=function(){function t(e,i){_classCallCheck(this,t);this.x1=e;this.x2=e;this.y1=i;this.y2=i}_createClass(t,[{key:\"span\",value:function t(e,i){this.x2=e;this.y2=i}},{key:\"getWidth\",value:function t(){return this.x2-this.x1}},{key:\"getHeight\",value:function t(){return this.y2-this.y1}},{key:\"getRect\",value:function t(){return[this.x1,this.y1,this.getWidth(),this.getHeight()]}},{key:\"isPointWithin\",value:function t(e){var i=e.x,n=e.y;var a=this.x1,r=this.x2,s=this.y1,u=this.y2;var h=Math.min(a,r);var c=Math.max(a,r);var l=Math.min(s,u);var o=Math.max(s,u);return h<i&&i<c&&l<n&&n<o}}]);return t}();exports.default=SelectionRectangle;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/SelectionRectangle.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/SelectionRectangle",
"type": "application/SelectionRectangle",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/config/vis": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/config/vis\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar visConfig={locale:\"en_EN\",clickToUse:false,autoResize:false,height:\"100%\",width:\"100%\",configure:{enabled:false},interaction:{dragNodes:true,dragView:true,hideEdgesOnDrag:false,hideNodesOnDrag:false,hover:true,navigationButtons:true,multiselect:true,selectable:true,selectConnectedEdges:true,tooltipDelay:600,zoomView:false,keyboard:{enabled:false,speed:{x:10,y:10,zoom:.02},bindToWindow:false}},manipulation:{initiallyActive:true},nodes:{shape:\"box\",shadow:{enabled:false},color:{border:\"#2B7CE9\",background:\"#97C2FC\"}},edges:{smooth:{enabled:true},color:{color:\"#848484\",inherit:false},arrows:{to:{enabled:true}}},physics:{forceAtlas2Based:{gravitationalConstant:-300,springLength:0,springConstant:.2,centralGravity:.015,damping:.4},solver:\"forceAtlas2Based\",stabilization:{enabled:true,iterations:1e3,updateInterval:10,onlyDynamicEdges:false,fit:false}}};exports.default=visConfig;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/VisConfig.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/config/vis",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/environment": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _extends=Object.assign||function(e){for(var i=1;i<arguments.length;i++){var a=arguments[i];for(var s in a){if(Object.prototype.hasOwnProperty.call(a,s)){e[s]=a[s]}}}return e};\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/environment\ntype: application/javascript\n module-type: library\n\n@preserve\n\n\\*/\nvar path=exports.path={pluginRoot:\"$:/plugins/felixhayashi/tiddlymap\",edgeTypes:\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes\",nodeTypes:\"$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes\",views:\"$:/plugins/felixhayashi/tiddlymap/graph/views\",options:\"$:/plugins/felixhayashi/tiddlymap/config\",dialogs:\"$:/plugins/felixhayashi/tiddlymap/dialog\",footers:\"$:/plugins/felixhayashi/tiddlymap/dialogFooter\",tempRoot:\"$:/temp/tmap\",tempStates:\"$:/temp/tmap/state\",tempPopups:\"$:/temp/tmap/state/popup\",localHolders:\"$:/temp/tmap/holders\"};var ref=exports.ref={defaultViewHolder:\"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder\",graphBar:\"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar\",sysUserConf:\"$:/plugins/felixhayashi/tiddlymap/config/sys/user\",visUserConf:\"$:/plugins/felixhayashi/tiddlymap/config/vis/user\",welcomeFlag:\"$:/plugins/felixhayashi/tiddlymap/flag/welcome\",focusButton:\"$:/plugins/felixhayashi/tiddlymap/misc/focusButton\",sysMeta:\"$:/plugins/felixhayashi/tiddlymap/misc/meta\",liveTab:\"$:/plugins/felixhayashi/tiddlymap/hook/liveTab\",mainEditor:\"$:/plugins/felixhayashi/tiddlymap/hook/editor\",sidebarBreakpoint:\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"};var misc=exports.misc={unknownEdgeLabel:\"tmap:undefined\",liveViewLabel:\"Live View\",defaultViewLabel:\"Default\",mainEditorId:\"main_editor\",arrows:{in:\"⇦\",out:\"➡\",bi:\"⇄\"}};var config=exports.config={sys:{field:{nodeLabel:\"caption\",nodeIcon:\"icon\",nodeInfo:\"description\",viewMarker:\"isview\"},liveTab:{fallbackView:misc.liveViewLabel},suppressedDialogs:{},edgeClickBehaviour:\"manager\",debug:\"false\",notifications:\"true\",popups:{enabled:\"true\",delay:\"600\",width:\"240px\",height:\"140px\"},jsonIndentation:\"1\",editNodeOnCreate:\"false\",singleClickMode:\"false\",editorMenuBar:{showNeighScopeButton:\"true\",showRasterMenuButton:\"true\",showScreenshotButton:\"true\"}}};var filter=exports.filter={nodeTypes:\"[prefix[\"+path.nodeTypes+\"]]\",edgeTypes:\"[prefix[\"+path.edgeTypes+\"]]\",views:\"[\"+config.sys.field.viewMarker+\"[true]]\",defaultEdgeTypeFilter:\"-[prefix[_]] -[[tw-body:link]] -[[tw-list:tags]] -[[tw-list:list]]\"};var allSelector=\"[all[tiddlers+shadows]!has[draft.of]]\";var s={allEdgeTypes:allSelector+\" +\"+filter.edgeTypes,allNodeTypes:allSelector+\" +\"+filter.nodeTypes,allViews:allSelector+\" +\"+filter.views,allPotentialNodes:\"[all[tiddlers]!is[system]!has[draft.of]]\"};var selector=exports.selector=_extends({},s,{allEdgeTypesById:s.allEdgeTypes+\" +[removeprefix[\"+path.edgeTypes+\"/]]\",allNodeTypesById:s.allNodeTypes+\" +[removeprefix[\"+path.nodeTypes+\"/]]\",allViewsByLabel:s.allViews+\" +[removeprefix[\"+path.views+\"/]]\"});\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/environment.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/environment",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/exception": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function r(r,t){for(var e=0;e<t.length;e++){var o=t[e];o.enumerable=o.enumerable||false;o.configurable=true;if(\"value\"in o)o.writable=true;Object.defineProperty(r,o.key,o)}}return function(t,e,o){if(e)r(t.prototype,e);if(o)r(t,o);return t}}();function _classCallCheck(r,t){if(!(r instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(r,t){if(!r){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:r}function _inherits(r,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}r.prototype=Object.create(t&&t.prototype,{constructor:{value:r,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(r,t):r.__proto__=t}\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/exception\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar TiddlyMapError=function(r){_inherits(t,r);function t(r,e){_classCallCheck(this,t);var o=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,r));o.payload=e;return o}_createClass(t,[{key:\"getPayload\",value:function r(){return this.payload}}]);return t}(Error);var EnvironmentError=exports.EnvironmentError=function(r){_inherits(t,r);function t(r){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,\"Critical parts of the underlying system changed: \"+r))}return t}(TiddlyMapError);var DependencyError=exports.DependencyError=function(r){_inherits(t,r);function t(r){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,\"TiddlyMap cannot run without: : \"+r))}return t}(TiddlyMapError);var MissingOverrideError=exports.MissingOverrideError=function(r){_inherits(t,r);function t(r,e){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,r.constructor.name+' does not override method \"'+e+'\"'))}return t}(TiddlyMapError);var ResourceNotFoundException=exports.ResourceNotFoundException=function(r){_inherits(t,r);function t(r){_classCallCheck(this,t);for(var e=arguments.length,o=Array(e>1?e-1:0),n=1;n<e;n++){o[n-1]=arguments[n]}return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,\"Cannot resolve \"+r,o))}return t}(TiddlyMapError);var InvalidArgumentException=exports.InvalidArgumentException=function(r){_inherits(t,r);function t(){_classCallCheck(this,t);for(var r=arguments.length,e=Array(r),o=0;o<r;o++){e[o]=arguments[o]}return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,\"Invalid or missing argument provided\",e))}return t}(TiddlyMapError);\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/exceptions.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/exception",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/URL": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/URL\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n/**\n * <<<\n * Lightweight URL manipulation with JavaScript. This library is\n * independent of any other libraries and has pretty simple interface\n * and lightweight code-base. Some ideas of query string parsing\n * had been taken from Jan Wolter.\"\n *\n * @see http://unixpapa.com/js/querystring.html\n * @license MIT\n * @author Mykhailo Stadnyk <mikhus@gmail.com>\n * <<< https://github.com/Mikhus/jsurl\n *\n * @class\n * @param {string} url\n */\nfunction Url(t){this.paths=function(t){var e=\"\",r=0,o;if(t&&t.length&&t+\"\"!==t){if(this.isAbsolute()){e=\"/\"}for(o=t.length;r<o;r++){t[r]=encode(t[r])}this.path=e+t.join(\"/\")}t=(this.path.charAt(0)===\"/\"?this.path.slice(1):this.path).split(\"/\");for(r=0,o=t.length;r<o;r++){t[r]=decode(t[r])}return t};this.encode=encode;this.decode=decode;this.isAbsolute=function(){return this.protocol||this.path.charAt(0)===\"/\"};this.toString=function(){return(this.protocol&&this.protocol+\"://\")+(this.user&&encode(this.user)+(this.pass&&\":\"+encode(this.pass))+\"@\")+(this.host&&this.host)+(this.port&&\":\"+this.port)+(this.path&&this.path)+(this.query.toString()&&\"?\"+this.query)+(this.hash&&\"#\"+encode(this.hash))};parse(this,t)}var map={protocol:\"protocol\",host:\"hostname\",port:\"port\",path:\"pathname\",query:\"search\",hash:\"hash\"},defaultPorts={ftp:21,gopher:70,http:80,https:443,ws:80,wss:443},parse=function t(e,r){var o=document,s=o.createElement(\"a\"),r=r||o.location.href,i=r.match(/\\/\\/(.*?)(?::(.*?))?@/)||[],n;s.href=r;for(n in map){e[n]=s[map[n]]||\"\"}e.protocol=e.protocol.replace(/:$/,\"\");e.query=e.query.replace(/^\\?/,\"\");e.hash=decode(e.hash.replace(/^#/,\"\"));e.user=decode(i[1]||\"\");e.pass=decode(i[2]||\"\");e.port=defaultPorts[e.protocol]==e.port||e.port==0?\"\":e.port;if(!e.protocol&&!/^([a-z]+:)?\\/\\//.test(r)){var h=new Url(o.location.href.match(/(.*\\/)/)[0]),a=h.path.split(\"/\"),p=e.path.split(\"/\"),c=[\"protocol\",\"user\",\"pass\",\"host\",\"port\"],f=c.length;a.pop();for(n=0;n<f;n++){e[c[n]]=h[c[n]]}while(p[0]==\"..\"){a.pop();p.shift()}e.path=(r.charAt(0)!=\"/\"?a.join(\"/\"):\"\")+\"/\"+p.join(\"/\")}else{e.path=e.path.replace(/^\\/?/,\"/\")}e.paths((e.path.charAt(0)==\"/\"?e.path.slice(1):e.path).split(\"/\"));parseQs(e)},encode=function t(e){return encodeURIComponent(e).replace(/'/g,\"%27\")},decode=function t(e){e=e.replace(/\\+/g,\" \");e=e.replace(/%([ef][0-9a-f])%([89ab][0-9a-f])%([89ab][0-9a-f])/gi,function(t,e,r,o){var s=parseInt(e,16)-224,i=parseInt(r,16)-128;if(s==0&&i<32){return t}var n=parseInt(o,16)-128,h=(s<<12)+(i<<6)+n;if(h>65535){return t}return String.fromCharCode(h)});e=e.replace(/%([cd][0-9a-f])%([89ab][0-9a-f])/gi,function(t,e,r){var o=parseInt(e,16)-192;if(o<2){return t}var s=parseInt(r,16)-128;return String.fromCharCode((o<<6)+s)});e=e.replace(/%([0-7][0-9a-f])/gi,function(t,e){return String.fromCharCode(parseInt(e,16))});return e},parseQs=function t(e){var r=e.query;e.query=new function(t){var e=/([^=&]+)(=([^&]*))?/g,r;while(r=e.exec(t)){var o=decodeURIComponent(r[1].replace(/\\+/g,\" \")),s=r[3]?decode(r[3]):\"\";if(this[o]!=null){if(!(this[o]instanceof Array)){this[o]=[this[o]]}this[o].push(s)}else{this[o]=s}}this.clear=function(){for(var t in this){if(!(this[t]instanceof Function)){delete this[t]}}};this.count=function(){var t=0,e;for(e in this){if(!(this[e]instanceof Function)){t++}}return t};this.isEmpty=function(){return this.count()===0};this.toString=function(){var t=\"\",e=encode,r,o;for(r in this){if(this[r]instanceof Function){continue}if(this[r]instanceof Array){var s=this[r].length;if(s){for(o=0;o<s;o++){t+=t?\"&\":\"\";t+=e(r)+\"=\"+e(this[r][o])}}else{t+=(t?\"&\":\"\")+e(r)+\"=\"}}else{t+=t?\"&\":\"\";t+=e(r)+\"=\"+e(this[r])}}return t}}(r)};exports.default=Url;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/url.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/URL",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.bindTo=exports.getNearestRasterPosition=exports.mod=exports.removeDOMChildNodes=exports.setDomListeners=exports.merge=exports.getRandomLabel=exports.getFirstElementByClassName=exports.getImgFromWeb=exports.pickRandom=exports.hasKeyWithPrefix=exports.getWithoutPrefix=exports.getPropertiesByPrefix=exports.removeArrayElement=exports.isTrue=exports.replaceAll=exports.isInteger=exports.findAndRemoveClassNames=exports.getAncestorWithClass=exports.makeHashMap=exports.getWithoutNewLines=exports.joinAndWrap=exports.parseJSON=exports.hasSubString=exports.inArray=exports.getRandomInt=exports.isEqual=exports.identity=exports.base64=exports.startsWith=exports.getBasename=exports.escapeRegex=exports.hasElements=exports.ucFirst=undefined;var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var ucFirst=exports.ucFirst=function e(t){return t&&t[0].toUpperCase()+t.slice(1)};var hasElements=exports.hasElements=function e(t){return Object.keys(t).length>0};var escapeRegex=exports.escapeRegex=function e(t){return t.replace(/[-$^?.+*[\\]\\\\(){}|]/g,\"\\\\$&\")};var getBasename=exports.getBasename=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"/\";return t.substring(t.lastIndexOf(r)+1)};var startsWith=exports.startsWith=function e(t,r){return t.substring(0,r.length)===r};var base64=exports.base64=typeof window===\"undefined\"?function(e){return new Buffer(e).toString(\"base64\")}:window.btoa.bind(window);var identity=exports.identity=function e(t){return(typeof t===\"undefined\"?\"undefined\":_typeof(t))===\"object\"&&t!==null?JSON.stringify(Object.keys(t).sort().map(function(e){return[e,t[e]]})):null};var isEqual=exports.isEqual=function e(t,r){return identity(t)===identity(r)};var getRandomInt=exports.getRandomInt=function e(t,r){return Math.floor(Math.random()*(r-t)+t)};var inArray=exports.inArray=function e(t,r){return r.indexOf(t)!==-1};var hasSubString=exports.hasSubString=function e(t,r){return t.indexOf(r)!==-1};var parseJSON=exports.parseJSON=function e(t,r){try{return JSON.parse(t)}catch(e){return r}};var joinAndWrap=exports.joinAndWrap=function e(t,r,n){var o=arguments.length>3&&arguments[3]!==undefined?arguments[3]:\" \";return r+t.join(n+o+r)+n};var getWithoutNewLines=exports.getWithoutNewLines=function e(t){return typeof t===\"string\"?t.replace(/[\\n\\r]/g,\" \"):t};var makeHashMap=exports.makeHashMap=function e(t){var r=Object.create(null);Object.defineProperty(r,\"hasOwnProperty\",{enumerable:false,configurable:false,writable:false,value:Object.prototype.hasOwnProperty.bind(r)});if(t){for(var n in t){if(t.hasOwnProperty(n)){r[n]=t[n]}}}return r};var getAncestorWithClass=exports.getAncestorWithClass=function e(t,r){if((typeof t===\"undefined\"?\"undefined\":_typeof(t))!==\"object\"||typeof r!==\"string\"){return}while(t.parentNode&&t.parentNode!==document){t=t.parentNode;if(t.classList.contains(r)){return t}}};var findAndRemoveClassNames=exports.findAndRemoveClassNames=function e(t){for(var r=t.length;r--;){var n=document.getElementsByClassName(t[r]);for(var o=n.length;o--;){n[o].classList.remove(t[r])}}};var isInteger=exports.isInteger=Number.isInteger||function(e){return typeof e===\"number\"&&isFinite(e)&&Math.floor(e)===e};var replaceAll=exports.replaceAll=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"\";var n=arguments[2];for(var o=n.length;o--;){var s=n[o];var i=r;if(Array.isArray(s)){i=s[1];s=s[0]}t=t.replace(s,i)}return t};var isTrue=exports.isTrue=function e(t,r){if(t==null){return!!r}else if(typeof t===\"string\"){var n=parseInt(t);return isNaN(n)?t===\"true\":n!==0}else if(typeof t===\"boolean\"){return t}else if(typeof t===\"number\"){return n!==0}return false};var removeArrayElement=exports.removeArrayElement=function e(t,r){var n=t.indexOf(r);if(n>-1){return t.splice(n,1)[0]}};var getPropertiesByPrefix=exports.getPropertiesByPrefix=function e(t,r,n){var o=makeHashMap();for(var s in t){if(startsWith(s,r)){o[n?s.substr(r.length):s]=t[s]}}return o};var getWithoutPrefix=exports.getWithoutPrefix=function e(t,r){return startsWith(t,r)?t.substr(r.length):t};var hasKeyWithPrefix=exports.hasKeyWithPrefix=function e(t,r){for(var n in t){if(startsWith(n,r)){return true}}return false};var pickRandom=exports.pickRandom=function e(t){return t[getRandomInt(0,t.length-1)]};var getImgFromWeb=exports.getImgFromWeb=function e(t,r){if(!t||typeof r!==\"function\")return;var n=new XMLHttpRequest;n.open(\"GET\",t,true);n.responseType=\"blob\";n.onerror=function(e){console.log(e)};n.onload=function(e){if(this.readyState===4&&(this.status===200||this.status===0&&this.response.size>0)){var t=this.response;r(window.URL.createObjectURL(t))}};try{n.send()}catch(e){console.log(e)}};var getFirstElementByClassName=exports.getFirstElementByClassName=function e(t,r,n){var o=(r||document).getElementsByClassName(t)[0];if(!o&&(typeof n===\"boolean\"?n:true)){var s='Missing element with class \"'+t+'\" inside '+r;throw new _exception.EnvironmentError(s)}return o};var getRandomLabel=exports.getRandomLabel=function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};var r=pickRandom([\"exciting\",\"notable\",\"epic\",\"new\",\"fancy\",\"great\",\"cool\",\"fresh\",\"funky\",\"clever\"]);var n=(t.object||pickRandom([\"concept\",\"idea\",\"thought\",\"topic\",\"subject\"]))+(t.plural?\"s\":\"\");return\"My \"+r+\" \"+n};var _merge=function e(t,r){if((typeof t===\"undefined\"?\"undefined\":_typeof(t))!==\"object\"){t={}}for(var n in r){if(r.hasOwnProperty(n)){if(r[n]!=null){t[n]=_typeof(r[n])===\"object\"?e(t[n],r[n]):r[n]}}}return t};var merge=exports.merge=function e(t){for(var r=arguments.length,n=Array(r>1?r-1:0),o=1;o<r;o++){n[o-1]=arguments[o]}for(var s=0,i=n.length;s<i;s++){var a=n[s];if(a!=null&&(typeof a===\"undefined\"?\"undefined\":_typeof(a))===\"object\"){t=_merge(t,a)}}return t};var setDomListeners=exports.setDomListeners=function e(t,r,n,o){o=typeof o===\"boolean\"?o:false;t=t+\"EventListener\";for(var s in n){var i=n[s];if(typeof i===\"function\"){r[t](s,i,o)}else{r[t](s,i[0],typeof i[1]===\"boolean\"?i[1]:o)}}};var removeDOMChildNodes=exports.removeDOMChildNodes=function e(t){for(var r=t.childNodes.length;r--;){t.removeChild(t.childNodes[r])}};var mod=exports.mod=function e(t,r){var n=t%r;return Math.floor(n>=0?n:n+r)};var getNearestRasterPosition=exports.getNearestRasterPosition=function e(t,r){var n=t.x,o=t.y;var s=r/2;var i=mod(n,r);var a=mod(o,r);return{x:i<s?n-i:n-i+r,y:a<s?o-a:o-a+r}};var bindTo=exports.bindTo=function e(t,r){for(var n=r.length;n--;){var o=t[r[n]];t[r[n]]=o.bind(t)}};\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/basic.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/thirdParty": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/utils/thirdParty\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar generateDraftTitle=exports.generateDraftTitle=function e(n){var r=0,t=void 0;do{t=\"Draft \"+(r?r+1+\" \":\"\")+\"of '\"+n+\"'\";r++}while($tw.wiki.tiddlerExists(t));return t};var makeDraftTiddler=exports.makeDraftTiddler=function e(n){var r=$tw.wiki.findDraft(n);if(r){return $tw.wiki.getTiddler(r)}var t=$tw.wiki.getTiddler(n);r=generateDraftTitle(n);var l=new $tw.Tiddler(t,{title:r,\"draft.title\":n,\"draft.of\":n},$tw.wiki.getModificationFields());$tw.wiki.addTiddler(l);return l};var getFullScreenApis=exports.getFullScreenApis=function e(){var n=document,r=n.body,t={_requestFullscreen:r.webkitRequestFullscreen!==undefined?\"webkitRequestFullscreen\":r.mozRequestFullScreen!==undefined?\"mozRequestFullScreen\":r.msRequestFullscreen!==undefined?\"msRequestFullscreen\":r.requestFullscreen!==undefined?\"requestFullscreen\":\"\",_exitFullscreen:n.webkitExitFullscreen!==undefined?\"webkitExitFullscreen\":n.mozCancelFullScreen!==undefined?\"mozCancelFullScreen\":n.msExitFullscreen!==undefined?\"msExitFullscreen\":n.exitFullscreen!==undefined?\"exitFullscreen\":\"\",_fullscreenElement:n.webkitFullscreenElement!==undefined?\"webkitFullscreenElement\":n.mozFullScreenElement!==undefined?\"mozFullScreenElement\":n.msFullscreenElement!==undefined?\"msFullscreenElement\":n.fullscreenElement!==undefined?\"fullscreenElement\":\"\",_fullscreenChange:n.webkitFullscreenElement!==undefined?\"webkitfullscreenchange\":n.mozFullScreenElement!==undefined?\"mozfullscreenchange\":n.msFullscreenElement!==undefined?\"MSFullscreenChange\":n.fullscreenElement!==undefined?\"fullscreenchange\":\"\"};if(!t._requestFullscreen||!t._exitFullscreen||!t._fullscreenElement){return null}else{return t}};var flatten=exports.flatten=function e(n){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var t=r.delimiter||\".\";var l=r.prefix||\"\";var i={};function u(e,n){Object.keys(e).forEach(function(f){var s=e[f];var c=r.safe&&Array.isArray(s);var a=Object.prototype.toString.call(s);var d=a===\"[object Object]\"||a===\"[object Array]\";var o=n?n+t+f:l+f;if(!c&&d){return u(s,o)}i[o]=s})}u(n);return i};var unflatten=exports.unflatten=function e(n){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var t=r.delimiter||\".\";var l={};if(Object.prototype.toString.call(n)!==\"[object Object]\"){return n}function i(e){var n=Number(e);return isNaN(n)||e.indexOf(\".\")!==-1?e:n}Object.keys(n).forEach(function(u){var f=u.split(t);var s=i(f.shift());var c=i(f[0]);var a=l;while(c!==undefined){if(a[s]===undefined){a[s]=typeof c===\"number\"&&!r.object?[]:{}}a=a[s];if(f.length>0){s=i(f.shift());c=i(f[0])}}a[s]=e(n[u],r)});return l};var genUUID=exports.genUUID=function(){var e=\"0123456789abcdefghijklmnopqrstuvwxyz\".split(\"\");return function(){var n=e,r=new Array(36);var t=0,l;for(var i=0;i<36;i++){if(i==8||i==13||i==18||i==23){r[i]=\"-\"}else if(i==14){r[i]=\"4\"}else{if(t<=2)t=33554432+Math.random()*16777216|0;l=t&15;t=t>>4;r[i]=n[i==19?l&3|8:l]}}return r.join(\"\")}}();\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/thirdParty.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/utils/thirdParty",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/tmap": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.getSnapshotTitle=exports.getArrayValuesAsHashmapKeys=exports.getLookupTable=exports.keyOfItemWithProperty=exports.keysOfItemsWithProperty=exports.getDublicates=exports.getId=exports.refreshDataSet=exports.drawRaster=exports.getPrettyFilter=exports.groupByProperty=exports.isEdgeTypeMatch=exports.getEdgeTypeMatches=exports.getDataUri=exports.convert=exports.getValues=exports.getIterableCollection=exports.getLabel=undefined;var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/utils/tmap\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _vis=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis2=_interopRequireDefault(_vis);var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var _basic=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic\");var basicUtils=_interopRequireWildcard(_basic);var _wiki=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki\");var wikiUtils=_interopRequireWildcard(_wiki);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var r in e){if(Object.prototype.hasOwnProperty.call(e,r))t[r]=e[r]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}var getLabel=exports.getLabel=function e(t,r){var i=wikiUtils.getTiddler(t);return i&&i.fields[r]?i.fields[r]:i.fields.title};var getIterableCollection=exports.getIterableCollection=function e(t){return t instanceof _vis2.default.DataSet?t.get():t};var getValues=exports.getValues=function e(t){if(Array.isArray(t)){return t}else if(t instanceof _vis2.default.DataSet){return t.get({returnType:\"Array\"})}var r=[];var i=Object.keys(t);for(var a=i.length;a--;){r.push(t[i[a]])}return r};var convert=exports.convert=function e(t,r){if((typeof t===\"undefined\"?\"undefined\":_typeof(t))!==\"object\"){throw new _exception.InvalidArgumentException(t,r)}if(r===\"object\"){r=\"hashmap\"}var i={array:function e(t){return getValues(t)},hashmap:function e(t){return t instanceof _vis2.default.DataSet?t.get({returnType:\"Object\"}):t},dataset:function e(t){return t instanceof _vis2.default.DataSet?t:!Array.isArray(t)?getValues(t):new _vis2.default.DataSet(t)}};return i[r](t)};var getDataUri=exports.getDataUri=function e(t,r,i){var a=wikiUtils.getTiddler(t);r=r||a.fields.type||\"image/svg+xml\";var s=a.fields.text;var o=$tw.config.contentTypeInfo[r].encoding;if(r===\"image/svg+xml\"){s=s.replace(/\\r?\\n|\\r/g,\" \");if(!basicUtils.hasSubString(\"xmlns\",s)){s=s.replace(/<svg/,'<svg xmlns=\"http://www.w3.org/2000/svg\"')}}if(i&&o!==\"base64\"){o=\"base64\";s=basicUtils.base64(s)}return\"data:\"+r+\";\"+o+\",\"+s};var eTyFiltAutoPrefix=\"[all[]] \";var getEdgeTypeMatches=exports.getEdgeTypeMatches=function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:\"\";var r=arguments[1];if(!r){r=wikiUtils.getTiddlersByPrefix($tm.path.edgeTypes+\"/\",{iterator:\"eachTiddlerPlusShadows\",removePrefix:true})}if(r!=null&&!Array.isArray(r)){r=Object.keys(r)}return wikiUtils.getMatches(eTyFiltAutoPrefix+t,r)};var isEdgeTypeMatch=exports.isEdgeTypeMatch=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"\";return wikiUtils.isMatch(t,eTyFiltAutoPrefix+r)};var groupByProperty=exports.groupByProperty=function e(t,r){t=getIterableCollection(t);var i=basicUtils.makeHashMap();var a=Object.keys(t);for(var s in a){var o=t[a[s]];var n=o[r];if(n==null){throw\"Cannot group by property \"+r}else{if(!Array.isArray(i[n])){i[n]=[]}i[n].push(o)}}return i};var getPrettyFilter=exports.getPrettyFilter=function e(t){t=t.trim().replace(\"][\",\"] [\");var r=/[+-]?\\[.+?[\\]\\}\\>]\\]/g;var i=t.match(r);t=t.replace(r,\" [] \").trim();var a=t.split(/\\s+/);var s=0;var o=[];for(var n=0,l=a.length;n<l;n++){o[n]=a[n]===\"[]\"?i[s++]:a[n]}return o.join(\"\\n\")};var drawRaster=exports.drawRaster=function e(t,r,i,a){var s=arguments.length>4&&arguments[4]!==undefined?arguments[4]:\"#D9D9D9\";var o=basicUtils.getNearestRasterPosition(i,a),n=o.x,l=o.y;var u=t.canvas.width/r;var p=t.canvas.height/r;var f=a*2;var v=Math.ceil(u/a/2)*a+f;var c=Math.ceil(p/a/2)*a+f;var y=n-v;var g=n+v;var d=l-c;var h=l+c;t.beginPath();for(var b=y;b<g;b+=a){t.moveTo(b,d);t.lineTo(b,h)}for(var x=d;x<=h;x+=a){t.moveTo(y,x);t.lineTo(g,x)}t.strokeStyle=s;t.fillStyle=s;t.stroke()};var refreshDataSet=exports.refreshDataSet=function e(t,r){var i=t.get({returnType:\"Object\"});var a=[];var s=[];var o=[];var n=[];for(var l in r){if(i[l]){if(basicUtils.isEqual(i[l],r[l])){continue}s.push(l);t.remove(l)}else{a.push(l)}if(r[l].x===undefined){o.push(l)}t.add(r[l])}for(var u in i){if(!r[u]){n.push(u);t.remove(u)}}return{withoutPosition:o,inserted:a,updated:s,removed:n}};var getId=exports.getId=function e(t){return wikiUtils.getTiddler(t).fields[\"tmap.id\"]};var getDublicates=exports.getDublicates=function e(t){var r=getId(t);if(!r){return[]}var i=wikiUtils.getTiddlersWithField(\"tmap.id\",r,{limit:2});delete i[wikiUtils.getTiddlerRef(t)];return Object.keys(i)};var keysOfItemsWithProperty=exports.keysOfItemsWithProperty=function e(t,r,i,a){t=getIterableCollection(t);var s=Object.keys(t);var o=[];a=typeof a===\"number\"?a:s.length;for(var n=0,l=s.length;n<l;n++){var u=s[n];if(_typeof(t[u])===\"object\"&&t[u][r]){if(!i||t[u][r]===i){o.push(u);if(o.length===a){break}}}}return o};var keyOfItemWithProperty=exports.keyOfItemWithProperty=function e(t,r,i){return keysOfItemsWithProperty(t,r,i,1)[0]};var getLookupTable=exports.getLookupTable=function e(t,r){t=getIterableCollection(t);var i=basicUtils.makeHashMap();var a=Object.keys(t);for(var s=0,o=a.length;s<o;s++){var n=a[s];var l=r?t[n][r]:t[n];var u=typeof l===\"undefined\"?\"undefined\":_typeof(l);if(u===\"string\"&&l!==\"\"||u===\"number\"){if(!i[l]){i[l]=r?t[n]:true;continue}}throw new Error('Cannot use \"'+l+'\" as lookup table index')}return i};var getArrayValuesAsHashmapKeys=exports.getArrayValuesAsHashmapKeys=getLookupTable;var getSnapshotTitle=exports.getSnapshotTitle=function e(t,r){return\"Snapshot – \"+t+\" (\"+(new Date).toDateString()+\"). \"+(r||\"png\")};\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/tmap.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/utils/tmap",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/utils": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.utils=undefined;var _extends=Object.assign||function(i){for(var r=1;r<arguments.length;r++){var t=arguments[r];for(var e in t){if(Object.prototype.hasOwnProperty.call(t,e)){i[e]=t[e]}}}return i};// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/utils\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _basic=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic\");var basicUtils=_interopRequireWildcard(_basic);var _thirdParty=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/thirdParty\");var thirdPartyUtils=_interopRequireWildcard(_thirdParty);var _wiki=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki\");var wikiUtils=_interopRequireWildcard(_wiki);var _tmap=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/tmap\");var tMapUtils=_interopRequireWildcard(_tmap);function _interopRequireWildcard(i){if(i&&i.__esModule){return i}else{var r={};if(i!=null){for(var t in i){if(Object.prototype.hasOwnProperty.call(i,t))r[t]=i[t]}}r.default=i;return r}}var utils=exports.utils=_extends({},basicUtils,thirdPartyUtils,wikiUtils,tMapUtils);exports.default=utils;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/utils.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/utils",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.touch=exports.addTiddler=exports.getTiddlersByPrefix=exports.getTiddlerWithField=exports.getTiddlersWithField=exports.deleteByPrefix=exports.cp=exports.mv=exports.addTWlisteners=exports.getChildWidgetByProperty=exports.getMergedTiddlers=exports.isSystemOrDraft=exports.isDraft=exports.setText=exports.getText=exports.isLeftVersionGreater=exports.getEntry=exports.setEntry=exports.clone=exports.writeFieldData=exports.parseFieldData=exports.isPreviewed=exports.notify=exports.registerTransclude=exports.getElementNode=exports.getTiddlerNode=exports.getTranscludeNode=exports.isMatch=exports.getMatches=exports.moveFieldValues=exports.deleteTiddlers=exports.setField=exports.setSidebarTab=exports.tiddlerExists=exports.getField=exports.getTiddler=exports.getTiddlerRef=undefined;var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _exception=require(\"$:/plugins/felixhayashi/tiddlymap/js/exception\");var _basic=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/utils/basic\");var basicUtils=_interopRequireWildcard(_basic);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var r in e){if(Object.prototype.hasOwnProperty.call(e,r))t[r]=e[r]}}t.default=e;return t}}function _defineProperty(e,t,r){if(t in e){Object.defineProperty(e,t,{value:r,enumerable:true,configurable:true,writable:true})}else{e[t]=r}return e}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar getTiddlerRef=exports.getTiddlerRef=function e(t){if(t instanceof $tw.Tiddler){return t.fields.title}else if(typeof t===\"string\"){return t}else{throw new _exception.InvalidArgumentException(t)}};var getTiddler=exports.getTiddler=function e(t){return $tw.wiki.getTiddler(t instanceof $tw.Tiddler?t.fields.title:t)};var getField=exports.getField=function e(t,r){var i=arguments.length>2&&arguments[2]!==undefined?arguments[2]:\"\";var d=getTiddler(t);return!d?i:d.fields[r]||i};var tiddlerExists=exports.tiddlerExists=function e(t){if(!t){return false}var r=getTiddlerRef(t);return Boolean(r&&($tw.wiki.tiddlerExists(r)||$tw.wiki.isShadowTiddler(r)))};var setSidebarTab=exports.setSidebarTab=function e(t){setText(getTiddlersByPrefix(\"$:/state/tab/sidebar-\")[0],t)};var setField=exports.setField=function e(t,r,i){if(!t||!r){return}var d=getTiddlerRef(t);var s=_defineProperty({title:d},r,i);var n=$tw.wiki.getTiddler(d,true);if(r!==\"text\"&&n&&!n.fields.text){s.text=\"\"}n=new $tw.Tiddler(n,s);$tw.wiki.addTiddler(n);return n};var deleteTiddlers=exports.deleteTiddlers=function e(t){var r=Object.keys(t);var i=$tw.wiki.getTiddlerList(\"$:/StoryList\");for(var d=r.length;d--;){var s=getTiddlerRef(t[r[d]]);if(!$tw.wiki.tiddlerExists(t[r[d]])){continue}var n=i.indexOf(s);if(n!==-1){i.splice(n,1);setField(\"$:/StoryList\",\"list\",i)}$tw.wiki.deleteTiddler(s)}};var moveFieldValues=exports.moveFieldValues=function e(t,r,i,d,s){if(t===r)return;var n=s||$tw.wiki.allTitles();for(var l=n.length;l--;){var a=getTiddler(n[l]);if(a.isDraft()||!a.fields[t]){continue}if(!d&&$tw.wiki.isSystemTiddler(n[l])){continue}var o=_defineProperty({},r,a.fields[t]);if(i){o[t]=undefined}$tw.wiki.addTiddler(new $tw.Tiddler(a,o))}};var getMatches=exports.getMatches=function e(t,r){var i=undefined;var d=$tw.wiki;if(typeof t===\"string\"){t=d.compileFilter(t)}if(r!=null&&(typeof r===\"undefined\"?\"undefined\":_typeof(r))===\"object\"){if(!Array.isArray(r)){r=Object.keys(r)}i=function e(t){for(var i=r.length;i--;){var s=d.getTiddler(r[i]);t(s,r[i])}}}return t.call(d,i)};var isMatch=exports.isMatch=function e(t,r){return getTiddlerRef(t)===getMatches(r,[getTiddlerRef(t)])[0]};var getTranscludeNode=exports.getTranscludeNode=function e(t,r){return{type:\"transclude\",attributes:{tiddler:{type:\"string\",value:getTiddlerRef(t)}},children:[],isBlock:!!r}};var getTiddlerNode=exports.getTiddlerNode=function e(t){return{type:\"tiddler\",attributes:{tiddler:{type:\"string\",value:getTiddlerRef(t)}},children:[]}};var getElementNode=exports.getElementNode=function e(t,r,i){return{type:\"element\",tag:t,attributes:{class:{type:\"string\",value:r}},children:i?[{type:\"text\",text:i}]:[]}};var registerTransclude=exports.registerTransclude=function e(t,r,i){basicUtils.removeArrayElement(t.children,t[r]);t[r]=t.makeChildWidget(getTranscludeNode(i,true));t.children.push(t[r]);return t[r]};var notify=exports.notify=function e(t){var r=\"$:/temp/tiddlymap/notify\";$tw.wiki.addTiddler(new $tw.Tiddler({title:r,text:t}));$tw.notifier.display(r)};var isPreviewed=exports.isPreviewed=function e(t){if(!t){return false}if(t.getVariable(\"tv-tiddler-preview\")){return true}else{var r=\"tc-tiddler-preview-preview\";return!!basicUtils.getAncestorWithClass(t.parentDomNode,r)}};var parseFieldData=exports.parseFieldData=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:\"text\";var i=arguments[2];var d=getTiddler(t);if(!d){return i}return basicUtils.parseJSON(d.fields[r],i)};var writeFieldData=exports.writeFieldData=function e(t,r,i,d){if((typeof i===\"undefined\"?\"undefined\":_typeof(i))!==\"object\"){return}d=parseInt(d);d=d>0&&r===\"text\"?d:0;setField(t,r,JSON.stringify(i,null,d))};var clone=exports.clone=function e(t,r){setField(t,\"title\",r)};var setEntry=exports.setEntry=function e(t,r,i){$tw.wiki.setText(getTiddlerRef(t),null,r,i)};var getEntry=exports.getEntry=function e(t,r,i){var d=$tw.wiki.getTiddlerData(getTiddlerRef(t),{});return d[r]==null?i:d[r]};var isLeftVersionGreater=exports.isLeftVersionGreater=function e(t,r){return t!==r&&$tw.utils.checkVersions(t,r)};var getText=exports.getText=function e(t,r){return getField(t,\"text\",r)};var setText=exports.setText=function e(t,r){setField(t,\"text\",r)};var isDraft=exports.isDraft=function e(t){var r=getTiddler(t);return r&&r.isDraft()};var isSystemOrDraft=exports.isSystemOrDraft=function e(t){return $tw.wiki.isSystemTiddler(getTiddlerRef(t))||isDraft(t)};var getMergedTiddlers=exports.getMergedTiddlers=function e(t,r){if(!Array.isArray(t)){return}for(var i=t.length;i--;){t[i]=getTiddler(t[i])}if(!t.length){return}t.push({title:r||t[0].fields.title},$tw.wiki.getModificationFields(),$tw.wiki.getCreationFields());t.unshift(null);return new(Function.prototype.bind.apply($tw.Tiddler,t))};var getChildWidgetByProperty=exports.getChildWidgetByProperty=function e(t,r,i){var d=t.children;for(var s=d.length;s--;){var n=d[s];if(n[r]===i){return n}else{n=e(n,r,i);if(n){return n}}}};var addTWlisteners=exports.addTWlisteners=function e(t,r,i){for(var d in t){r.addEventListener(d,t[d].bind(i))}};var mv=exports.mv=function e(t,r,i,d){if(t===r||!t||!r){return}i=typeof i===\"boolean\"?i:false;d=typeof d===\"boolean\"?d:true;var s=getTiddlersByPrefix(t);var n=basicUtils.makeHashMap();for(var l=s.length;l--;){var a=s[l];var o=a.replace(t,r);if($tw.wiki.tiddlerExists(o)&&!i){return}n[a]=o}for(var f in n){setField(f,\"title\",n[f]);if(d){$tw.wiki.deleteTiddler(f)}}return n};var cp=exports.cp=function e(t,r,i){return mv(t,r,i,false)};var deleteByPrefix=exports.deleteByPrefix=function e(t,r){if(!t){return}r=r||$tw.wiki.allTitles();var i=[];for(var d=r.length;d--;){if(basicUtils.startsWith(r[d],t)){$tw.wiki.deleteTiddler(r[d]);i.push(i[d])}}return i};var getTiddlersWithField=exports.getTiddlersWithField=function e(t,r){var i=arguments.length>2&&arguments[2]!==undefined?arguments[2]:{};var d=i.tiddlers||$tw.wiki.allTitles();var s=i.isIncludeDrafts===true;var n=basicUtils.makeHashMap();var l=Object.keys(d);var a=$tw.utils.hop;var o=i.limit||0;for(var f=l.length;f--;){var u=getTiddler(d[l[f]]);var p=u.fields;if(a(p,t)&&(!a(p,\"draft.of\")||s)){if(!r||p[t]===r){n[p.title]=u;if(--o===0){break}}}}return n};var getTiddlerWithField=exports.getTiddlerWithField=function e(t,r){return Object.keys(getTiddlersWithField(t,r,{limit:1}))[0]};var getTiddlersByPrefix=exports.getTiddlersByPrefix=function e(t){var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var i=r.removePrefix===true;var d=[];var s=$tw.wiki[r.iterator||\"each\"];s(function(e,r){if(basicUtils.startsWith(r,t)){d.push(i?basicUtils.getWithoutPrefix(r,t):r)}});return d};var addTiddler=exports.addTiddler=function e(t,r){var i=getTiddler(t);if(!r&&i){return i}i=new $tw.Tiddler({title:t,text:\"\"},$tw.wiki.getModificationFields(),$tw.wiki.getCreationFields());$tw.wiki.addTiddler(i);return i};var touch=exports.touch=function e(t){setField(t,\"modified\",new Date)};\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/lib/utils/wiki.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/lib/utils/wiki",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/macro/tmap": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.params=exports.name=exports.run=undefined;var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};// @preserve\n/*\\\ntitle: $:/plugins/felixhayashi/tiddlymap/js/macro/tmap\ntype: application/javascript\nmodule-type: macro\n\n@preserve\n\n\\*/\nvar _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}var name=\"tmap\";var params=getParamSlots(5);function run(){this.substVarRefs=this.substituteVariableReferences;var e=command[arguments[0]];var t=null;if(typeof e===\"function\"){var r=Array.prototype.slice.call(arguments,1);t=e.apply(this,r)}return typeof t===\"string\"?t:\"\"}function getParamSlots(e){var t=[];for(var r=0;r<e;r++){t.push({name:\"arg\"+r})}return t}var command=_utils2.default.makeHashMap();command.basename=function(e){var t=this.getVariable(\"currentTiddler\");return _utils2.default.getBasename(t,e)};command.datauri=function(e,t){return _utils2.default.getDataUri(e,t,true)};command.testJSON=function(e){var t=$tw.wiki.getTiddler(this.getVariable(\"currentTiddler\"));try{JSON.parse(t.fields[e]);return\"valid\"}catch(e){return\"malformed\"}};command.splitAndSelect=function(e,t){var r=this.getVariable(\"currentTiddler\");var a=r.split(e)[t];return a!=null?a:r};command.concat=function(){var e=\"\";for(var t=1,r=arguments.length;t<r;t++){e+=arguments[t]}return e};command.uuid=function(){return _utils2.default.genUUID()};command.regRepl=function(){var e=this.substVarRefs(arguments[0]);var t=arguments[1];var r=this.substVarRefs(arguments[2]);var a=this.substVarRefs(arguments[4]);return e.replace(new RegExp(t,a),r)};command.halfOfString=function(){var e=this.substVarRefs(arguments[0]);if(!e){return\"\"}return e.substr(0,Math.ceil(e.length/2))};command.isETyVisible=function(e,t){e=new _ViewAbstraction2.default(e);var r=command.getETyId.call(this,e,t);return\"\"+e.isEdgeTypeVisible(r)};command.getETyId=function(e,t){e=new _ViewAbstraction2.default(e);var r=_EdgeType2.default.getInstance(t||this.getVariable(\"currentTiddler\"));if(!r.namespace){var a=_EdgeType2.default.getIdParts(r.id),n=a.marker,i=a.name;var u=e.getConfig(\"edge_type_namespace\");r=_EdgeType2.default.getInstance(_EdgeType2.default.getId(n,u,i))}return r.id};command.scale=function(){var e=\"\";for(var t=1,r=parseInt(arguments[0]);t<r;t++){e+=\"[[\"+t+\"]]\"}return e};command.mergeFields=function(){var e=_utils2.default.getTiddler(arguments[0]);var t=arguments[1];var r=arguments[2]||\" \";if(!e)return;var a=_utils2.default.getPropertiesByPrefix(e.fields,t);var n=\"\";for(var i in a){if(typeof a[i]===\"string\"){n+=a[i]+r}}return n};command.option=function(e,t){var r=$tm;var a=e.split(\".\");for(var n=0;n<a.length;n++){if((typeof r===\"undefined\"?\"undefined\":_typeof(r))==\"object\"&&r[a[n]]){r=r[a[n]]}}if(t&&typeof r===\"string\"&&_utils2.default.hasSubString(t)&&r.lastIndexOf(t)+t.length===r.length){r=r+t}return r};exports.run=run;exports.name=name;exports.params=params;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/macro/MapMacro.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/macro/tmap",
"type": "application/javascript",
"module-type": "macro"
},
"$:/plugins/felixhayashi/tiddlymap/js/Adapter": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var r=t[i];r.enumerable=r.enumerable||false;r.configurable=true;if(\"value\"in r)r.writable=true;Object.defineProperty(e,r.key,r)}}return function(t,i,r){if(i)e(t.prototype,i);if(r)e(t,r);return t}}();// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Adapter\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _NodeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\");var _NodeType2=_interopRequireDefault(_NodeType);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _vis=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis2=_interopRequireDefault(_vis);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);var _contrastcolour=require(\"$:/core/modules/macros/contrastcolour.js\");function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var i in e){if(Object.prototype.hasOwnProperty.call(e,i))t[i]=e[i]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _defineProperty(e,t,i){if(t in e){Object.defineProperty(e,t,{value:i,enumerable:true,configurable:true,writable:true})}else{e[t]=i}return e}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var Adapter=function(){function e(t,i){_classCallCheck(this,e);this.getTiddlerById=t.getTiddlerById.bind(t);this.getId=t.getIdByTiddler.bind(t);this.assignId=t.assignId.bind(t);this.edgeTypeSubscriberRegistry=i;this.indeces=$tm.indeces;this.wiki=$tw.wiki;this.visShapesWithTextInside=_utils2.default.getLookupTable([\"ellipse\",\"circle\",\"database\",\"box\",\"text\"])}_createClass(e,[{key:\"deleteEdge\",value:function e(t){return this._processEdge(t,\"delete\")}},{key:\"insertEdge\",value:function e(t){return this._processEdge(t,\"insert\")}},{key:\"deleteEdges\",value:function e(t){t=_utils2.default.convert(t,\"array\");for(var i=t.length;i--;){this.deleteEdge(t[i])}}},{key:\"_processEdge\",value:function e(t,i){$tm.logger(\"debug\",\"Edge\",i,t);var r=this.getTiddlerById(t.from);if(!r||!_utils2.default.tiddlerExists(r)){return}var a=_utils2.default.getTiddler(r);var s=this.indeces.allETy[t.type]||_EdgeType2.default.getInstance(t.type);var l=this.edgeTypeSubscriberRegistry.getAllForType(s);var n=i+\"Edge\";for(var o=l.length;o--;){l[o][n](a,t,s)}if(i===\"insert\"&&!s.exists()){s.save()}return t}},{key:\"getAdjacencyList\",value:function e(t){var i=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};$tm.start(\"Creating adjacency list\");if(!i.edges){var r=_utils2.default.getMatches(env.selector.allPotentialNodes);i.edges=this.getEdgesForSet(r,i.toWL,i.typeWL)}var a=_utils2.default.groupByProperty(i.edges,t||\"to\");$tm.stop(\"Creating adjacency list\");return a}},{key:\"getNeighbours\",value:function e(t){var i=this;var r=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};$tm.start(\"Get neighbours\");var a=r.addProperties,s=r.toWL,l=r.typeWL,n=r.steps;var o=this.indeces.allETy;var d=_utils2.default.getArrayValuesAsHashmapKeys(t);var u=_ViewAbstraction2.default.exists(r.view)?new _ViewAbstraction2.default(r.view):null;var f=_utils2.default.makeHashMap();var g=_utils2.default.makeHashMap();var c=parseInt(n)>0?n:1;var v=r.direction||u&&u.getConfig(\"neighbourhood_directions\");var y=!v||v===\"both\";var h=y||v===\"in\";var p=y||v===\"out\";var _=this.getAdjacencyList(\"to\",r);var b=function e(t,r,s){f[t.id]=t;var l=i.getTiddlerById(t[r]);if(!d[l]){d[l]=true;var n=i.makeNode(l,a);if(n){g[n.id]=n;s.push(l)}}};var m=void 0;for(m=0;m<c&&t.length;m++){var w=[];for(var T=t.length;T--;){if(_utils2.default.isSystemOrDraft(t[T])){continue}var k=this.getEdges(t[T],s,l);for(var E in k){var N=o[k[E].type];if(y||p&&N.toArrow||h&&N.invertedArrow){b(k[E],\"to\",w)}}var A=_[this.getId(t[T])];if(!A){continue}for(var I=A.length;I--;){var x=o[A[I].type];if(y||h&&x.toArrow||p&&x.invertedArrow){b(A[I],\"from\",w)}}}t=w}var S={nodes:g,edges:f};$tm.logger(\"debug\",\"Retrieved neighbourhood\",S,\"steps\",m);$tm.stop(\"Get neighbours\");return S}},{key:\"getGraph\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{},i=t.view,r=t.filter,a=t.edgeTypeWL,s=t.neighbourhoodScope;$tm.start(\"Assembling Graph\");i=_ViewAbstraction2.default.exists(i)?new _ViewAbstraction2.default(i):null;var l=_utils2.default.getMatches(r||i&&i.getNodeFilter(\"compiled\"));var n=parseInt(s||i&&i.getConfig(\"neighbourhood_scope\"));var o=a||i&&i.getEdgeTypeFilter(\"whitelist\");var d=_utils2.default.getArrayValuesAsHashmapKeys(l);var u={edges:this.getEdgesForSet(l,d,o),nodes:this.selectNodesByReferences(l,{view:i,outputType:\"hashmap\"})};if(n){var f=this.getNeighbours(l,{steps:n,view:i,typeWL:o,addProperties:{group:\"tmap:neighbour\"}});Object.assign(u.nodes,f.nodes);Object.assign(u.edges,f.edges);if(i&&i.isEnabled(\"show_inter_neighbour_edges\")){var g=this.getTiddlersByIds(f.nodes);var c=_utils2.default.getArrayValuesAsHashmapKeys(g);Object.assign(u.edges,this.getEdgesForSet(g,c))}}removeObsoleteViewData(u.nodes,i);this.attachStylesToNodes(u.nodes,i);$tm.stop(\"Assembling Graph\");$tm.logger(\"debug\",\"Assembled graph:\",u);return u}},{key:\"getEdges\",value:function e(t,i,r){var a=_utils2.default.getTiddler(t);if(!a||_utils2.default.isSystemOrDraft(a)){return}var s=this.indeces.allETy;var l=_utils2.default.makeHashMap();var n=this.edgeTypeSubscriberRegistry.getAll();for(var o=0,d=n.length;o<d;o++){Object.assign(l,n[o].loadEdges(a,i,r))}for(var u in l){var f=l[u];if(!f.from||!f.to){continue}var g=s[f.type]||_EdgeType2.default.getInstance(f.type);addStyleToEdge(l[u],g);l[u]=f}return l}},{key:\"getEdgesForSet\",value:function e(t,i,r){var a=_utils2.default.makeHashMap();for(var s=t.length;s--;){Object.assign(a,this.getEdges(t[s],i,r))}return a}},{key:\"selectEdgesByType\",value:function e(t){var i=_utils2.default.makeHashMap(_defineProperty({},_EdgeType2.default.getInstance(t).id,true));return this.getEdgesForSet(this.getAllPotentialNodes(),null,i)}},{key:\"getAllPotentialNodes\",value:function e(){return _utils2.default.getMatches($tm.selector.allPotentialNodes)}},{key:\"_processEdgesWithType\",value:function e(t,i){var r=i.action,a=i.newName;t=_EdgeType2.default.getInstance(t);$tm.logger(\"debug\",\"Processing edges\",t,r);var s=this.selectEdgesByType(t);if(r===\"rename\"){new _EdgeType2.default(a,t).save()}for(var l in s){this._processEdge(s[l],\"delete\");if(r===\"rename\"){s[l].type=a;this._processEdge(s[l],\"insert\")}}this.wiki.deleteTiddler(t.fullPath)}},{key:\"selectNodesByReferences\",value:function e(t){var i=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{},r=i.addProperties,a=i.outputType;var s=_utils2.default.makeHashMap();var l=Object.keys(t);for(var n=l.length;n--;){var o=this.makeNode(t[l[n]],r);if(o){s[o.id]=o}}return _utils2.default.convert(s,a)}},{key:\"selectNodesByIds\",value:function e(t,i){var r=this.getTiddlersByIds(t);return this.selectNodesByReferences(r,i)}},{key:\"selectNodeById\",value:function e(t,i){i=Object.assign({},i,{outputType:\"hashmap\"});var r=this.selectNodesByIds([t],i);return r[t]}},{key:\"removeNodeType\",value:function e(t){t=_NodeType2.default.getInstance(t);this.wiki.deleteTiddler(t.fullPath)}},{key:\"makeNode\",value:function e(t,i){var r=_utils2.default.getTiddler(t);if(!r||_utils2.default.isSystemOrDraft(r))return;var a=_utils2.default.merge({},i);a.id=this.assignId(r);var s=r.fields[$tm.field.nodeLabel];a.label=s&&$tm.field.nodeLabel!==\"title\"?this.wiki.renderText(\"text/plain\",\"text/vnd-tiddlywiki\",s):r.fields.title;return a}},{key:\"getInheritedNodeStyles\",value:function e(t){var i=this.getTiddlersByIds(t);var r={};var a=this.indeces.glNTy;for(var s=a.length;s--;){var l=a[s];var n=[];if(l.id===\"tmap:neighbour\"){for(var o in t){if(t[o].group===\"tmap:neighbour\"){n.push(this.getTiddlerById(o))}}}else{n=l.getInheritors(i)}for(var d=n.length;d--;){var u=n[d];var f=r[u]=r[u]||{};f.style=_utils2.default.merge(f.style||{},l.style);if(l[\"fa-icon\"]){f[\"fa-icon\"]=l[\"fa-icon\"]}else if(l[\"tw-icon\"]){f[\"tw-icon\"]=l[\"tw-icon\"]}}}return r}},{key:\"attachStylesToNodes\",value:function e(t,i){i=_ViewAbstraction2.default.exists(i)?new _ViewAbstraction2.default(i):null;var r=this.getInheritedNodeStyles(t);var a=i?i.getNodeData():_utils2.default.makeHashMap();var s=i&&!i.isEnabled(\"physics_mode\");for(var l in t){var n=this.getTiddlerById(l);var o=this.wiki.getTiddler(n);var d=o.fields;var u=t[l];var f=void 0;var g=r[n];if(g){_utils2.default.merge(u,g.style);f=getIcon(g[\"fa-icon\"],g[\"tw-icon\"])}if(d.color){u.color=d.color}if(d[\"tmap.style\"]){_utils2.default.merge(u,_utils2.default.parseJSON(d[\"tmap.style\"]))}f=getIcon(d[\"tmap.fa-icon\"],d[\"icon\"])||f;var c=a[l];if(c){_utils2.default.merge(u,c);if(s){u.fixed={x:u.x!=null,y:u.y!=null}}f=getIcon(c[\"fa-icon\"],c[\"tw-icon\"])||f}var v=u.color!==null&&_typeof(u.color)===\"object\";var y=v?u.color.background:u.color;u.color={background:y,border:v?u.color.border:undefined};addNodeIcon(u,f);u.font=u.font||{};if(u.shape&&!this.visShapesWithTextInside[u.shape]){u.font.color=\"black\"}else if(!u.font.color&&y){u.font.color=(0,_contrastcolour.run)(y,y,\"black\",\"white\")}if(u.shape===\"icon\"&&_typeof(u.icon)===\"object\"){u.icon.color=y}}if(i){var h=t[i.getConfig(\"central-topic\")];if(h){_utils2.default.merge(h,this.indeces.glNTyById[\"tmap:central-topic\"].style)}}}},{key:\"deleteNode\",value:function e(t){if(!t){return}var i=(typeof t===\"undefined\"?\"undefined\":_typeof(t))===\"object\"?t.id:t;var r=this.getTiddlerById(i);if(r){_utils2.default.deleteTiddlers([r])}var a=_utils2.default.getMatches(env.selector.allViews);for(var s=a.length;s--;){var l=new _ViewAbstraction2.default(a[s]);l.removeNode(i)}var n=this.getNeighbours([r]);this.deleteEdges(n.edges)}},{key:\"deleteNodes\",value:function e(t){for(var i=t.length;i--;){this.deleteNode(t[i])}}},{key:\"insertNode\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};var i=arguments[1];var r=arguments[2];t.label=this.wiki.generateNewTitle(t.label||_utils2.default.getRandomLabel());var a=new $tw.Tiddler({text:\"\"},r,{title:t.label,\"tmap.id\":null},this.wiki.getModificationFields(),this.wiki.getCreationFields());this.wiki.addTiddler(a);t=this.makeNode(a,t);if(_ViewAbstraction2.default.exists(i)){new _ViewAbstraction2.default(i).addNode(t)}return t}},{key:\"getTiddlersByIds\",value:function e(t){if(Array.isArray(t)){t=_utils2.default.getArrayValuesAsHashmapKeys(t)}else if(t instanceof _vis2.default.DataSet){t=_utils2.default.getLookupTable(t,\"id\")}var i=[];for(var r in t){var a=this.getTiddlerById(r);if(a){i.push(a)}}return i}}]);return e}();var getFAdigits=function e(t){return t.length===4?t:t.substr(3,4)};var addNodeIcon=function e(t,i){if(!i){return}if(i.fa){t.shape=\"icon\";t.icon={shape:\"icon\",face:\"FontAwesome\",color:t.color,code:String.fromCharCode(\"0x\"+getFAdigits(i.fa))};if(t.size){t.icon.size=t.size}return}if(i.tw){var r=_utils2.default.getTiddler(i.tw);if(!r){return}if(r.fields[\"_canonical_uri\"]){t.image=r.fields[\"_canonical_uri\"];t.shape=\"image\"}else if(r.fields.text){t.image=_utils2.default.getDataUri(r);t.shape=\"image\"}}};var removeObsoleteViewData=function e(t,i){if(!_ViewAbstraction2.default.exists(i)||!t){return}i=new _ViewAbstraction2.default(i);var r=i.getNodeData();var a=0;for(var s in r){if(t[s]===undefined&&r[s]!=null){r[s]=undefined;a++}}if(a){$tm.logger(\"debug\",\"[Cleanup]\",\"Removed obsolete node data:\",i.getLabel(),a);i.saveNodeData(r)}};var addStyleToEdge=function e(t,i){t=Object.assign(t,i.style);if(_utils2.default.isTrue(i[\"show-label\"],true)){t.label=i.getLabel()}};var getIcon=function e(t,i){return t&&{fa:t}||i&&{tw:i}};exports.default=Adapter;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Adapter.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/Adapter",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,t){for(var a=0;a<t.length;a++){var l=t[a];l.enumerable=l.enumerable||false;l.configurable=true;if(\"value\"in l)l.writable=true;Object.defineProperty(e,l.key,l)}}return function(t,a,l){if(a)e(t.prototype,a);if(l)e(t,l);return t}}();// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/CallbackManager\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var CallbackManager=function(){function e(){_classCallCheck(this,e);this.callbacks=_utils2.default.makeHashMap();this.logger=$tm.logger;this.wiki=$tw.wiki}_createClass(e,[{key:\"add\",value:function e(t,a){var l=arguments.length>2&&arguments[2]!==undefined?arguments[2]:true;this.logger(\"debug\",'A callback was registered for changes of \"'+t+'\"');this.callbacks[t]={execute:a,isDeleteOnCall:l}}},{key:\"remove\",value:function e(t){if(!t){return}if(typeof t===\"string\"){t=[t]}for(var a=t.length;a--;){var l=t[a];if(this.callbacks[l]){this.logger(\"debug\",'Deleting callback for \"'+l+'\"');delete this.callbacks[l]}}}},{key:\"refresh\",value:function e(t){if(this.callbacks.length==0){return}for(var a in t){if(!this.callbacks[a]){continue}if(this.wiki.getTiddler(a)){this.logger(\"debug\",\"Executing a callback for: \"+a);this.callbacks[a].execute(a);if(!this.callbacks.isDeleteOnCall){continue}}this.remove(a)}}}]);return e}();exports.default=CallbackManager;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/CallbackManager.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/CallbackManager",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/startup/caretaker": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.startup=exports.synchronous=exports.before=exports.after=exports.platforms=exports.name=undefined;var _rebuilders;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var r=arguments[t];for(var i in r){if(Object.prototype.hasOwnProperty.call(r,i)){e[i]=r[i]}}}return e};// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/startup/caretaker\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\nvar _vis=require(\"$:/plugins/felixhayashi/tiddlymap/js/config/vis\");var _vis2=_interopRequireDefault(_vis);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _Fixer=require(\"$:/plugins/felixhayashi/tiddlymap/js/Fixer\");var _Fixer2=_interopRequireDefault(_Fixer);var _Adapter=require(\"$:/plugins/felixhayashi/tiddlymap/js/Adapter\");var _Adapter2=_interopRequireDefault(_Adapter);var _tracker=require(\"$:/plugins/felixhayashi/tiddlymap/js/services/tracker\");var _tracker2=_interopRequireDefault(_tracker);var _EdgeTypeSubscriberRegistry=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeTypeSubscriberRegistry\");var _EdgeTypeSubscriberRegistry2=_interopRequireDefault(_EdgeTypeSubscriberRegistry);var _DialogManager=require(\"$:/plugins/felixhayashi/tiddlymap/js/DialogManager\");var _DialogManager2=_interopRequireDefault(_DialogManager);var _CallbackManager=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\");var _CallbackManager2=_interopRequireDefault(_CallbackManager);var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _NodeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\");var _NodeType2=_interopRequireDefault(_NodeType);var _vis3=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis4=_interopRequireDefault(_vis3);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);var _URL=require(\"$:/plugins/felixhayashi/tiddlymap/js/URL\");var _URL2=_interopRequireDefault(_URL);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var r in e){if(Object.prototype.hasOwnProperty.call(e,r))t[r]=e[r]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _defineProperty(e,t,r){if(t in e){Object.defineProperty(e,t,{value:r,enumerable:true,configurable:true,writable:true})}else{e[t]=r}return e}var init=function e(){window.$tm=_extends({},env,{utils:_utils2.default,url:new _URL2.default(window.location.href)});cleanup();registerPublicClasses($tm);updateGlobals($tm);createMetaFile($tm.logger);var t=attachIndeces($tm);var r=getInitializedServices(t);Object.assign($tm,r);loadDefaultView($tm.config.sys.defaultView);r.fixer.fix();$tm.registry=[];setInterval(routineCheck,5e3);registerChangeListener($tm.callbackManager);registerMousemoveListener();registerClickListener();if($tm.url.query[\"tmap-enlarged\"]){prepareFullscreenStart($tm.url)}$tm.logger(\"warn\",\"TiddlyMap's caretaker successfully started\")};var getInitializedServices=function e(t){var r=new _tracker2.default(d);var i=$tw.modules.applyMethods(\"tmap.edgetypehandler\");var a=new _EdgeTypeSubscriberRegistry2.default(i,t.allETy,r);var s=new _Adapter2.default(r,a);var l=new _CallbackManager2.default;var n=new _DialogManager2.default(l);var d=new _Fixer2.default(s,$tm.logger,t.glNTy);return{edgeTypeSubscriberRegistry:a,tracker:r,adapter:s,callbackManager:l,dialogManager:n,fixer:d}};var registerPublicClasses=function e(t){t.keycharm=_vis4.default.keycharm;t.NodeType=_NodeType2.default;t.EdgeType=_EdgeType2.default;t.ViewAbstraction=_ViewAbstraction2.default};var attachOptions=function e(t){var r=t;if(!r.config)r.config=_utils2.default.makeHashMap();r.config.sys=_utils2.default.merge(r.config.sys,_utils2.default.unflatten($tw.wiki.getTiddlerData(env.ref.sysUserConf)));r.config.vis=_utils2.default.merge({},_vis2.default,_utils2.default.parseFieldData(env.ref.visUserConf));if(!r.field)r.field=_utils2.default.makeHashMap();$tw.utils.extend(r.field,r.config.sys.field)};var attachIndeces=function e(t){$tm.start(\"Attaching Indeces\");t.indeces=t.indeces||{};updateNodeTypesIndeces(t.indeces);updateEdgeTypesIndeces(t.indeces);$tm.stop(\"Attaching Indeces\");return t.indeces};var updateNodeTypesIndeces=function e(t){t=t||$tm.indeces;var r=$tm.path.nodeTypes;var i=t.glNTy=[];var a=t.glNTyById=_utils2.default.makeHashMap();$tw.wiki.eachTiddlerPlusShadows(function(e,t){if(_utils2.default.startsWith(t,r)){var s=_NodeType2.default.getInstance(t);a[s.id]=s;i.push(s)}});i.sort(function(e,t){return e.priority-t.priority})};var updateEdgeTypesIndeces=function e(t){t=t||$tm.indeces;var r=$tm.path.edgeTypes;var i=t.allETy=_utils2.default.makeHashMap();$tw.wiki.eachTiddlerPlusShadows(function(e,t){if(_utils2.default.startsWith(t,r)){var a=_EdgeType2.default.getInstance(t);i[a.id]=a}});if($tm.edgeTypeSubscriberRegistry){$tm.edgeTypeSubscriberRegistry.updateIndex(i)}};var attachFunctions=function e(t){var r=t;var i=function e(){};if(_utils2.default.isTrue($tm.config.sys.debug,false)&&console){r.logger=function(){if(arguments.length<2)return;var e=Array.prototype.slice.call(arguments);var t=e.shift(e);var r=console.hasOwnProperty(t)?t:\"debug\";console[r].apply(console,e)};r.start=function(e){console.time(\"[timer] \"+e)};r.stop=function(e){console.timeEnd(\"[timer] \"+e)}}else{r.logger=r.start=r.stop=i}r.notify=_utils2.default.isTrue($tm.config.sys.notifications)?_utils2.default.notify:i};var routineCheck=function e(){for(var t=$tm.registry.length;t--;){var r=$tm.registry[t];if(!r.destruct||!r.isZombieWidget)return;if(r.isZombieWidget()){$tm.logger(\"warn\",\"a widget will be removed\");$tm.registry.splice(t,1);r.destruct()}}};var dispatchUpdates=function e(t){var r=$tm.registry;for(var i=r.length;i--;){var a=r[i];if(a.update&&a.isZombieWidget&&!a.isZombieWidget()){a.update(t)}}};var checkForClone=function e(t){var r=_utils2.default.getDublicates(t);if(!r.length){return}_utils2.default.setField(t,\"tmap.edges\",undefined);$tm.tracker.assignId(t,true);$tm.dialogManager.open(\"dublicateIdInfo\",{param:{changedTiddler:t.fields.title,filter:_utils2.default.joinAndWrap(r,\"[[\",\"]]\"),id:_utils2.default.getId(t)}})};var updateGlobals=function e(t){attachOptions($tm);attachFunctions($tm);$tm.logger(\"warn\",\"Rebuilt globals\")};var lastCurrentTiddler=null;var updateLiveViewTrigger=function e(t){if(t[\"$:/HistoryList\"]){var r=_utils2.default.getField(\"$:/HistoryList\",\"current-tiddler\")}else if(t[\"$:/temp/focussedTiddler\"]){var r=_utils2.default.getField(\"$:/temp/focussedTiddler\",\"text\")}if(r!=null&&lastCurrentTiddler!==r){lastCurrentTiddler=r;_utils2.default.setField(\"$:/temp/tmap/currentTiddler\",\"text\",r)}};var printChanges=function e(t,r){if(!_utils2.default.isTrue($tm.config.sys.debug,false))return;$tm.logger(\"warn\",\"=== Refresh \"+r+\" ===\");for(var i in t){var a=t[i].deleted?\"[Deleted]\":\"[Modified]\";$tm.logger(\"warn\",a,i,$tw.wiki.getTiddler(i))}};var registerMousemoveListener=function e(){$tm.mouse={};var t=function e(t){$tm.mouse=t};window.addEventListener(\"mousemove\",t,false)};var registerClickListener=function e(){var t=$tm.path.tempPopups;window.addEventListener(\"click\",function(e){var r=_utils2.default.getTiddlersByPrefix(t);for(var i=r.length;i--;){if(_utils2.default.getText(r[i]))break}if(i===-1)return;if(!$tw.utils.hasClass(e.target,\"tc-drop-down\")&&!_utils2.default.getAncestorWithClass(e.target,\"tc-drop-down\")){for(var i=r.length;i--;){_utils2.default.setText(r[i],\"\")}}},false)};var registerChangeListener=function e(t){var r=0;$tw.wiki.addEventListener(\"change\",function(e){$tm.start(\"Caretaker handling changes\");printChanges(e,r++);t.refresh(e);var i={changedTiddlers:{}};for(var a in e){var s=_utils2.default.getTiddler(a);if(s&&s.isDraft()){continue}var l=handleTiddlerChange(a,s,i);if(l){i.changedTiddlers[a]=e[a]}}dispatchUpdates(i);updateLiveViewTrigger(e);$tm.stop(\"Caretaker handling changes\")})};var rebuilders=(_rebuilders={},_defineProperty(_rebuilders,env.path.options,updateGlobals),_defineProperty(_rebuilders,env.path.nodeTypes,updateNodeTypesIndeces),_defineProperty(_rebuilders,env.path.edgeTypes,updateEdgeTypesIndeces),_rebuilders);var handleTiddlerChange=function e(t,r,i){if($tw.wiki.isSystemTiddler(t)){for(var a in rebuilders){if(_utils2.default.startsWith(t,a)&&!i[a]){$tm.logger(\"warn\",\"[System change]\",a);rebuilders[a]();i[a]=true}}}else if(r){if(r.fields.text===undefined){$tw.wiki.dispatchEvent(\"lazyLoad\",t);return false}checkForClone(r);$tm.tracker.assignId(r)}else{var s=$tm.tracker.getIdByTiddler(t);if(!s){return false}var l=_utils2.default.getTiddlerWithField(\"tmap.id\",s);if(l){$tm.logger(\"warn\",\"[Renamed]\",t,\"into\",l)}else{$tm.adapter.deleteNode(s)}}return true};var cleanup=function e(){_utils2.default.deleteByPrefix(\"$:/temp/felixhayashi\");_utils2.default.deleteByPrefix(\"$:/temp/tiddlymap\");_utils2.default.deleteByPrefix(\"$:/temp/tmap\")};var loadDefaultView=function e(t){if(t){_utils2.default.setText(env.ref.defaultViewHolder,$tm.config.sys.defaultView)}};var prepareFullscreenStart=function e(t){var r=env.ref,i=r.mainEditor,a=r.defaultViewHolder;_utils2.default.setSidebarTab(i);if(_ViewAbstraction2.default.exists(t)){t=new _ViewAbstraction2.default(t);_utils2.default.setField(a,\"text\",t.getLabel())}};var createMetaFile=function e(t){if(_utils2.default.tiddlerExists(env.ref.sysMeta)){return}t(\"warn\",\"Creating meta file\");var r=$tw.wiki.getTiddler(env.path.pluginRoot);$tw.wiki.setTiddlerData(env.ref.sysMeta,{originalVersion:r.fields.version,dataStructureState:\"0.6.9\",showWelcomeMessage:true})};var name=exports.name=\"tmap.caretaker\";var platforms=exports.platforms=[\"browser\"];var after=exports.after=[\"startup\"];var before=exports.before=[\"rootwidget\"];var synchronous=exports.synchronous=true;var startup=exports.startup=init;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Caretaker.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/startup/caretaker",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/js/DialogManager": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,t){for(var a=0;a<t.length;a++){var l=t[a];l.enumerable=l.enumerable||false;l.configurable=true;if(\"value\"in l)l.writable=true;Object.defineProperty(e,l.key,l)}}return function(t,a,l){if(a)e(t.prototype,a);if(l)e(t,l);return t}}();// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/DialogManager\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _CallbackManager=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\");var _CallbackManager2=_interopRequireDefault(_CallbackManager);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var DialogManager=function(){function e(t,a){_classCallCheck(this,e);this.callbackManager=t;this.context=a}_createClass(e,[{key:\"open\",value:function t(a){var l=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var i=arguments[2];if(_utils2.default.isTrue($tm.config.sys.suppressedDialogs[a],false)){$tm.logger(\"warning\",\"Suppressed dialog\",a);return}$tm.logger(\"debug\",\"Dialog param object\",l);if(typeof i===\"function\"&&this.context){i=i.bind(this.context)}var r=$tm.path.tempRoot+\"/dialog-\"+_utils2.default.genUUID();var n=_utils2.default.getTiddler($tm.path.dialogs+\"/\"+a);var u={title:r,buttons:n.fields[\"buttons\"]||\"ok_cancel\",classes:\"tmap-modal-content \"+n.fields[\"classes\"],output:r+\"/output\",result:r+\"/result\",temp:r+\"/temp\",template:n.fields.title,templateId:a,currentTiddler:r+\"/output\",text:_utils2.default.getText($tm.path.dialogs)};if(l.dialog){if(l.dialog.preselects){$tw.wiki.addTiddler(new $tw.Tiddler({title:u.output},_utils2.default.flatten(l.dialog.preselects)));delete l.dialog.preselects}_utils2.default.merge(u,l.dialog)}u.footer=_utils2.default.getText($tm.path.footers);u=_utils2.default.flatten(u);l=_utils2.default.flatten(l);var s=function t(a){e.getElement(\"hidden-close-button\").click();var l=$tw.wiki.getTiddler(a);var n=l.fields.text;var s=null;if(n){s=$tw.wiki.getTiddler(u.output)}else{$tm.notify(\"operation cancelled\")}if(typeof i===\"function\"){i(n,s)}_utils2.default.deleteByPrefix(r)};this.callbackManager.add(u.result,s,true);var o=new $tw.Tiddler(n,l,u);$tw.wiki.addTiddler(o);$tm.logger(\"debug\",\"Opening dialog\",o);$tw.rootWidget.dispatchEvent({type:\"tm-modal\",param:o.fields.title,paramObject:o.fields});e.addKeyBindings();return o}}],[{key:\"getElement\",value:function e(t){return _utils2.default.getFirstElementByClassName(\"tmap-\"+t)}},{key:\"addKeyBindings\",value:function t(){var a=$tm.keycharm({container:_utils2.default.getFirstElementByClassName(\"tc-modal\")});var l=/tmap-triggers-(.+?)-on-(.+?)(?:\\s|$)/;var i=document.getElementsByClassName(\"tmap-trigger-field\");for(var r=i.length;r--;){var n=i[r].className.split(\" \");for(var u=n.length;u--;){var s=n[u].match(l);if(!s){continue}var o=s[1];var d=s[2];var f=e.getElement(o);if(!f)continue;a.bind(d,function(){this.click()}.bind(f))}}}}]);return e}();exports.default=DialogManager;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/DialogManager.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/DialogManager",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/Fixer": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var r=t[i];r.enumerable=r.enumerable||false;r.configurable=true;if(\"value\"in r)r.writable=true;Object.defineProperty(e,r.key,r)}}return function(t,i,r){if(i)e(t.prototype,i);if(r)e(t,r);return t}}();// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/Fixer\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _NodeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\");var _NodeType2=_interopRequireDefault(_NodeType);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var i in e){if(Object.prototype.hasOwnProperty.call(e,i))t[i]=e[i]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var Fixer=function(){function e(t,i,r){_classCallCheck(this,e);this.adapter=t;this.logger=i;this.wiki=$tw.wiki;this.glNTy=r}_createClass(e,[{key:\"moveEdges\",value:function e(t,i){var r=_utils2.default.getTiddlersByPrefix(t);for(var a=0;a<r.length;a++){var u=_utils2.default.getBasename(r[a]);if(u===\"__noname__\"){u=\"tmap:unknown\"}u=_EdgeType2.default.getInstance(u);if(!u.exists()){u.save()}var n=this.wiki.getTiddlerData(r[a]);for(var s=0;s<n.length;s++){n[s].type=(i?i+\":\":\"\")+u.id;this.adapter.insertEdge(n[s])}this.wiki.deleteTiddler(r[a])}}},{key:\"executeUpgrade\",value:function e(t,i,r){if(!_utils2.default.isLeftVersionGreater(t,i)){return}this.logger(\"debug\",\"Upgrading data structure to \"+t);var a=r();_utils2.default.setEntry(env.ref.sysMeta,\"dataStructureState\",t);return a}},{key:\"fixId\",value:function e(){var t=this.wiki.getTiddlerData(env.ref.sysMeta,{});this.executeUpgrade(\"0.9.2\",t.dataStructureState,function(){if(_utils2.default.isLeftVersionGreater(\"0.9.2\",t.originalVersion)){var e=\"$:/plugins/felixhayashi/tiddlymap/config/sys/user\";var i=_utils2.default.getEntry(e,\"field.nodeId\",\"tmap.id\");_utils2.default.moveFieldValues(i,\"tmap.id\",true,false)}})}},{key:\"fix\",value:function e(){var t=this;var i=this.wiki.getTiddlerData(env.ref.sysMeta,{});this.logger(\"debug\",\"Fixer is started\");this.logger(\"debug\",\"Data-structure currently in use: \",i.dataStructureState);this.executeUpgrade(\"0.7.0\",i.dataStructureState,function(){t.moveEdges(\"$:/plugins/felixhayashi/tiddlymap/graph/edges\",null);var e=env.selector.allViews;var i=_utils2.default.getMatches(e);for(var r=0;r<i.length;r++){var a=new _ViewAbstraction2.default(i[r]);t.moveEdges(a.getRoot()+\"/graph/edges\",a)}});this.executeUpgrade(\"0.7.32\",i.dataStructureState,function(){if(!_ViewAbstraction2.default.exists(\"Live View\")){return}var e=new _ViewAbstraction2.default(\"Live View\");e.setNodeFilter(\"[field:title{$:/temp/tmap/currentTiddler}]\",true);e.setConfig({\"refresh-trigger\":null,\"refresh-triggers\":$tw.utils.stringifyList([\"$:/temp/tmap/currentTiddler\"])})});this.executeUpgrade(\"0.9.0\",i.dataStructureState,function(){var e=env.ref.visUserConf;var i=_utils2.default.unflatten(t.wiki.getTiddlerData(e,{}));if(_typeof(i.groups)===\"object\"){var r=_NodeType2.default.getInstance(\"tmap:neighbour\");r.setStyle(i.groups[\"neighbours\"]);r.save();delete i.groups;t.wiki.setTiddlerData(e,i)}});this.fixId();this.executeUpgrade(\"0.9.16\",i.dataStructureState,function(){for(var e=t.glNTy.length;e--;){t.glNTy[e].save(null,true)}});this.executeUpgrade(\"0.10.3\",i.dataStructureState,function(){var e=env.ref.liveTab;if(_utils2.default.getTiddler(e).hasTag(\"$:/tags/SideBar\")){this.wiki.deleteTiddler(e);_utils2.default.setField(e,\"tags\",\"$:/tags/SideBar\")}});this.executeUpgrade(\"0.11.0\",i.dataStructureState,function(){var e=_utils2.default.getMatches(env.selector.allViews);for(var t=e.length;t--;){var i=new _ViewAbstraction2.default(e[t]);var r=i.getEdgeTypeFilter(\"raw\");var a=\"edge_type_namespace\";i.setConfig(a,i.getConfig(a));var u=env.filter.defaultEdgeTypeFilter;if(r){var n=env.path.edgeTypes;r=_utils2.default.replaceAll(r,\"\",[n,n+\"/\",\"[prefix[\"+n+\"]]\",\"[prefix[\"+n+\"/]]\",[\"[suffix[tw-body:link]]\",\"[[tw-body:link]]\"],[\"[suffix[tw-list:tags]]\",\"[[tw-list:tags]]\"],[\"[suffix[tw-list:list]]\",\"[[tw-body:list]]\"],[\"[suffix[tmap:unknown]]\",\"[[tmap:unknown]]\"],[\"[suffix[unknown]]\",\"[[tmap:unknown]]\"]]);u=\"-[prefix[_]] \"+r}i.setEdgeTypeFilter(u)}})}}]);return e}();exports.default=Fixer;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Fixer.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/Fixer",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/startup/listener": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.startup=exports.synchronous=exports.before=exports.after=exports.platforms=exports.name=undefined;var _NodeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/NodeType\");var _NodeType2=_interopRequireDefault(_NodeType);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _Edge=require(\"$:/plugins/felixhayashi/tiddlymap/js/Edge\");var _Edge2=_interopRequireDefault(_Edge);var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _vis=require(\"$:/plugins/felixhayashi/tiddlymap/js/config/vis\");var _vis2=_interopRequireDefault(_vis);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}var handleCancelDialog=function e(t){var a=t.param;_utils2.default.setField(a,\"text\",\"\")};\n// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/startup/listener\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\nvar handleClearTiddler=function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{},a=t.paramObject;var r=a.title,d=a.keep;if(!r)return;var i=_utils2.default.getTiddler(r);var l=i?i.fields:{};var s=d?d.split():[];var n={title:r,text:\"\"};for(var p=s.length;p--;){var o=s[p];n[o]=l[o]}$tw.wiki.deleteTiddler(r);$tw.wiki.addTiddler(new $tw.Tiddler(n))};var handleMixTiddlers=function e(t){var a=t.paramObject,r=a===undefined?{}:a;var d=r.tiddlers,i=r.output;if(!d||!i)return;var l=$tw.utils.parseStringArray(d);var s=_utils2.default.getMergedTiddlers(l,i);$tw.wiki.addTiddler(s)};var handleConfirmDialog=function e(t){var a=t.param;_utils2.default.setField(a,\"text\",\"1\")};var handleSuppressDialog=function e(t){var a=t.paramObject;var r=a.dialog,d=a.suppress;if(_utils2.default.isTrue(d,false)){_utils2.default.setEntry($tm.ref.sysUserConf,\"suppressedDialogs.\"+r,true)}};var handleDownloadGraph=function e(t){var a=t.paramObject;var r=a.view;var d=$tm.adapter.getGraph({view:r});d.nodes=_utils2.default.convert(d.nodes,\"array\");d.edges=_utils2.default.convert(d.edges,\"array\");var i=\"$:/temp/tmap/export\";_utils2.default.setField(i,\"text\",JSON.stringify(d,null,2));$tw.rootWidget.dispatchEvent({type:\"tm-download-file\",param:i,paramObject:{filename:r+\".json\"}})};var handleConfigureSystem=function e(){var t=_utils2.default.getMatches($tm.selector.allPotentialNodes);var a=$tm.adapter.getEdgesForSet(t);var r=$tw.wiki.getTiddler($tm.path.pluginRoot).fields;var d=$tw.wiki.getTiddlerData($tm.ref.sysMeta);var i=_utils2.default.getTiddler($tm.ref.liveTab).hasTag(\"$:/tags/SideBar\");var l={numberOfNodes:\"\"+t.length,numberOfEdges:\"\"+Object.keys(a).length,pluginVersion:\"v\"+r.version,dataStructureVersion:\"v\"+d.dataStructureState,dialog:{preselects:{liveTab:\"\"+i,\"vis-inherited\":JSON.stringify(_vis2.default),\"config.vis\":_utils2.default.getText($tm.ref.visUserConf),\"config.sys\":$tm.config.sys}}};$tm.dialogManager.open(\"globalConfig\",l,function(e,t){if(!e)return;var a=_utils2.default.getPropertiesByPrefix(t.fields,\"config.sys.\",true);$tw.wiki.setTiddlerData($tm.ref.sysUserConf,a);if(_utils2.default.isTrue(t.fields.liveTab,false)){_utils2.default.setField($tm.ref.liveTab,\"tags\",\"$:/tags/SideBar\")}else{$tw.wiki.deleteTiddler($tm.ref.liveTab)}_utils2.default.setField($tm.ref.visUserConf,\"text\",t.fields[\"config.vis\"])})};var handleGenerateWidget=function e(t){var a=t.paramObject,r=a===undefined?{}:a;var d={dialog:{preselects:{\"var.view\":r.view||$tm.misc.defaultViewLabel}}};$tm.dialogManager.open(\"widgetCodeGenerator\",d)};var handleRemoveEdge=function e(t){var a=t.paramObject;$tm.adapter.deleteEdge(a)};var handleCreateEdge=function e(t){var a=t.paramObject;var r=a.from,d=a.to,i=a.force;if(!r||!d)return;if(_utils2.default.tiddlerExists(r)&&_utils2.default.tiddlerExists(d)||i){_utils2.default.addTiddler(d);_utils2.default.addTiddler(r);var l=new _Edge2.default($tm.adapter.makeNode(r).id,$tm.adapter.makeNode(d).id,a.label,a.id);$tm.adapter.insertEdge(l);$tm.notify(\"Edge inserted\")}};var handleOpenTypeManager=function e(t){var a=t.type,r=t.paramObject,d=r===undefined?{}:r;var i=a.match(/tmap:tm-(.*)/)[1];if(i===\"manage-edge-types\"){var l=\"Edge-Type Manager\";var s=$tm.selector.allEdgeTypes;var n=$tm.path.edgeTypes}else{var l=\"Node-Type Manager\";var s=$tm.selector.allNodeTypes;var n=$tm.path.nodeTypes}var p={mode:i,topic:l,searchSelector:s,typeRootPath:n};var o=$tm.dialogManager.open(\"MapElementTypeManager\",p);if(d.type){handleLoadTypeForm({paramObject:{mode:i,id:d.type,output:o.fields[\"output\"]}})}};var handleLoadTypeForm=function e(t){var a=t.paramObject,r=a.mode,d=a.id,i=a.output;var l=i;var s=r===\"manage-edge-types\"?_EdgeType2.default.getInstance(d):_NodeType2.default.getInstance(d);s.save(l,true);if(r===\"manage-edge-types\"){var n=$tm.adapter.selectEdgesByType(s);var p=Object.keys(n).length;_utils2.default.setField(l,\"temp.usageCount\",p)}$tw.wiki.addTiddler(new $tw.Tiddler(_utils2.default.getTiddler(l),{typeTRef:s.fullPath,\"temp.idImmutable\":s.isShipped?\"true\":\"\",\"temp.newId\":s.id,\"vis-inherited\":JSON.stringify($tm.config.vis)}));_utils2.default.deleteByPrefix(\"$:/state/tabs/MapElementTypeManager\")};var handleSaveTypeForm=function e(t){var a=t.paramObject;var r=_utils2.default.getTiddler(a.output);if(!r)return;var d=r.fields.id;var i=a.mode;if(_utils2.default.isTrue(r.fields[\"temp.deleteType\"],false)){deleteType(i,d,r)}else{saveType(i,d,r)}};var deleteType=function e(t,a,r){var d=t===\"manage-edge-types\"?_EdgeType2.default.getInstance(a):_NodeType2.default.getInstance(a);$tm.logger(\"debug\",\"Deleting type\",d);if(t===\"manage-edge-types\"){$tm.adapter._processEdgesWithType(d,{action:\"delete\"})}else{$tm.adapter.removeNodeType(d)}$tw.wiki.addTiddler(new $tw.Tiddler({title:_utils2.default.getTiddlerRef(r)}));$tm.notify(\"Deleted type\")};var saveType=function e(t,a,r){var d=_utils2.default.getTiddler(r);var i=t===\"manage-edge-types\"?_EdgeType2.default:_NodeType2.default;var l=new i(a,d);l.save();var s=d.fields[\"temp.newId\"];if(s&&s!==d.fields[\"id\"]){if(t===\"manage-edge-types\"){$tm.adapter._processEdgesWithType(l,{action:\"rename\",newName:s})}else{new _NodeType2.default(s,l).save();$tw.wiki.deleteTiddler(l.fullPath)}_utils2.default.setField(d,\"id\",s)}$tm.notify(\"Saved type data\")};var handleCreateType=function e(t){var a=t.paramObject,r=a.mode,d=a.id,i=d===undefined?\"New type\":d,l=a.output;var s=r===\"manage-edge-types\"?new _EdgeType2.default(i):new _NodeType2.default(i);s.save();handleLoadTypeForm({paramObject:{id:s.id,mode:r,output:l}})};var name=exports.name=\"tmap.listener\";var platforms=exports.platforms=[\"browser\"];var after=exports.after=[\"rootwidget\",\"tmap.caretaker\"];var before=exports.before=[\"story\"];var synchronous=exports.synchronous=true;var startup=exports.startup=function e(){_utils2.default.addTWlisteners({\"tmap:tm-remove-edge\":handleRemoveEdge,\"tmap:tm-load-type-form\":handleLoadTypeForm,\"tmap:tm-save-type-form\":handleSaveTypeForm,\"tmap:tm-create-type\":handleCreateType,\"tmap:tm-create-edge\":handleCreateEdge,\"tmap:tm-suppress-dialog\":handleSuppressDialog,\"tmap:tm-generate-widget\":handleGenerateWidget,\"tmap:tm-download-graph\":handleDownloadGraph,\"tmap:tm-configure-system\":handleConfigureSystem,\"tmap:tm-manage-edge-types\":handleOpenTypeManager,\"tmap:tm-manage-node-types\":handleOpenTypeManager,\"tmap:tm-cancel-dialog\":handleCancelDialog,\"tmap:tm-clear-tiddler\":handleClearTiddler,\"tmap:tm-merge-tiddlers\":handleMixTiddlers,\"tmap:tm-confirm-dialog\":handleConfirmDialog},$tw.rootWidget,undefined)};\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Listener.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/startup/listener",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/js/services/tracker": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var r=t[i];r.enumerable=r.enumerable||false;r.configurable=true;if(\"value\"in r)r.writable=true;Object.defineProperty(e,r.key,r)}}return function(t,i,r){if(i)e(t.prototype,i);if(r)e(t,r);return t}}();// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/services/tracker\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\nvar _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}var Tracker=function(){function e(t){_classCallCheck(this,e);this.wiki=$tw.wiki;this.logger=$tm.logger;this._createIndex()}_createClass(e,[{key:\"_createIndex\",value:function e(){var t=this.tById={};var i=this.idByT={};this.wiki.each(function(e,r){if(_utils2.default.isSystemOrDraft(e)){return}var l=e.fields[\"tmap.id\"];if(!l){l=_utils2.default.genUUID();_utils2.default.setField(e,\"tmap.id\",l)}t[l]=r;i[r]=l})}},{key:\"assignId\",value:function e(t,i){var r=_utils2.default.getTiddler(t);if(!r){throw new ResourceNotFoundException(t)}var l=r.fields[\"tmap.id\"];if(!l||i){l=_utils2.default.genUUID();_utils2.default.setField(r,\"tmap.id\",l);this.logger(\"info\",\"Assigning new id to\",r.fields.title)}this.tById[l]=r.fields.title;this.idByT[r.fields.title]=l;return l}},{key:\"getIdByTiddler\",value:function e(t){return this.idByT[_utils2.default.getTiddlerRef(t)]}},{key:\"getIdsByTiddlers\",value:function e(){return this.idByT}},{key:\"getTiddlersByIds\",value:function e(){return this.tById}},{key:\"getTiddlerById\",value:function e(t){return this.tById[t]}}]);return e}();exports.default=Tracker;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/services/Tracker.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/services/tracker",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget": {
"text": "\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(e){return typeof e}:function(e){return e&&typeof Symbol===\"function\"&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e};// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\nvar _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _vis=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis2=_interopRequireDefault(_vis);var _widget=require(\"$:/core/modules/widgets/widget.js\");function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function MapConfigWidget(e,t){_widget.widget.call(this);this.initialise(e,t);this.computeAttributes()}MapConfigWidget.prototype=Object.create(_widget.widget.prototype);MapConfigWidget.prototype.render=function(e,t){this.parentDomNode=e;if(!this.domNode){this.domNode=this.document.createElement(\"div\");$tw.utils.addClass(this.domNode,\"tmap-config-widget\");e.insertBefore(this.domNode,t)}if(this.network){this.network.destroy()}this.networkContainer=document.createElement(\"div\");this.domNode.appendChild(this.networkContainer);this.refreshTrigger=this.getAttribute(\"refresh-trigger\");this.pipeTRef=this.getVariable(\"currentTiddler\");this.inheritedFields=$tw.utils.parseStringArray(this.getAttribute(\"inherited\"));this.extensionTField=this.getAttribute(\"extension\");this.mode=this.getAttribute(\"mode\");for(var i=0;i<this.inheritedFields.length;i++){var s=this.inheritedFields[i];var n=_utils2.default.parseFieldData(this.pipeTRef,s,{});if(this.mode===\"manage-edge-types\"){if(!n.edges){n={edges:n}}}else if(this.mode===\"manage-node-types\"){if(!n.nodes){n={nodes:n}}}this.inherited=_utils2.default.merge(this.inherited,n)}this.extension=_utils2.default.parseFieldData(this.pipeTRef,this.extensionTField,{});if(this.mode===\"manage-edge-types\"){if(!this.extension.edges){this.extension={edges:this.extension}}}else if(this.mode===\"manage-node-types\"){if(!this.extension.nodes){this.extension={nodes:this.extension}}}var r=_utils2.default.isTrue(this.getAttribute(\"save-only-changes\"));this.changes=r?{}:this.extension;var o={nodes:[],edges:[]};var a=_utils2.default.merge({},this.inherited,this.extension);$tw.utils.extend(a,{configure:{enabled:true,showButton:false,filter:this.getOptionFilter(this.mode)}});this.network=new _vis2.default.Network(this.networkContainer,o,a);this.network.on(\"configChange\",this.handleConfigChange.bind(this));var l=this.parentDomNode.getBoundingClientRect().height;this.parentDomNode.style[\"height\"]=l+\"px\";var h=this.handleResetEvent.bind(this);this.networkContainer.addEventListener(\"reset\",h,false);$tm.registry.push(this);this.enhanceConfigurator()};MapConfigWidget.prototype.handleResetEvent=function(e){var t={};t[e.detail.trigger.path]=null;this.handleConfigChange(t)};MapConfigWidget.prototype.handleConfigChange=function(e){var t=_utils2.default.flatten(this.changes);var i=_utils2.default.flatten(e);var s=Object.keys(_utils2.default.flatten(e))[0];var n=i[s]===null;if(n){t[s]=undefined;this.changes=_utils2.default.unflatten(t)}else{this.changes=_utils2.default.merge(this.changes,e)}var r=_utils2.default.merge({},this.changes);if(this.mode===\"manage-node-types\"){r=r[\"nodes\"]}if(this.mode===\"manage-edge-types\"){r=r[\"edges\"]}_utils2.default.writeFieldData(this.pipeTRef,this.extensionTField,r,$tm.config.sys.jsonIndentation);var o=\"vis-configuration-wrapper\";var a=this.networkContainer.getElementsByClassName(o)[0];a.style.height=a.getBoundingClientRect().height+\"px\";if(n){window.setTimeout(this.refresh.bind(this),0)}else{window.setTimeout(this.enhanceConfigurator.bind(this),50)}};MapConfigWidget.prototype.enhanceConfigurator=function(){var e=\"vis-configuration-wrapper\";var t=this.networkContainer.getElementsByClassName(e)[0].children;var i=[];var s=_utils2.default.flatten(this.changes);for(var n=0;n<t.length;n++){if(!t[n].classList.contains(\"vis-config-item\"))continue;var r=new VisConfElement(t[n],i,n);i.push(r);if(r.level===0)continue;r.setActive(!!s[r.path])}};function VisConfElement(e,t,i){var s=\"getElementsByClassName\";this.el=e;this.labelEl=e[s](\"vis-config-label\")[0]||e[s](\"vis-config-header\")[0]||e;var n=this.labelEl.innerText||this.labelEl.textContent;this.label=n&&n.match(/([a-zA-Z0-9]+)/)[1];this.level=parseInt(e.className.match(/.*vis-config-s(.).*/)[1])||0;this.path=this.label;if(this.level>0){for(var r=i;r--;){var o=t[r];if(o.level<this.level){this.path=o.path+\".\"+this.path;break}}}}VisConfElement.prototype.setActive=function(e){if(!e)return;var t=\"tmap-vis-config-item-\"+(e?\"active\":\"inactive\");$tw.utils.addClass(this.el,t);if(e){var i=document.createElement(\"button\");i.innerHTML=\"reset\";i.className=\"tmap-config-item-reset\";var s=this;i.addEventListener(\"click\",function(e){e.currentTarget.dispatchEvent(new CustomEvent(\"reset\",{detail:{trigger:s},bubbles:true,cancelable:true}))},false);this.el.appendChild(i)}};MapConfigWidget.prototype.getOptionFilter=function(e){var t={nodes:{borderWidth:true,borderWidthSelected:true,color:{background:true,border:true},font:{color:true,size:true},icon:true,labelHighlightBold:false,shadow:true,shape:true,shapeProperties:{borderDashes:true},size:true},edges:{arrows:true,color:true,dashes:true,font:true,labelHighlightBold:false,length:true,selfReferenceSize:false,shadow:true,smooth:true,width:true},interaction:{hideEdgesOnDrag:true,hideNodesOnDrag:true,tooltipDelay:true},layout:{hierarchical:false},manipulation:{initiallyActive:true},physics:{forceAtlas2Based:{gravitationalConstant:true,springLength:true,springConstant:true,damping:true,centralGravity:true}}};if(e===\"manage-edge-types\"){t={edges:t.edges}}else if(e===\"manage-node-types\"){t={nodes:t.nodes}}else{t.edges.arrows=false}return function(e,i){i=i.concat([e]);var s=t;for(var n=0,r=i.length;n<r;n++){if(s[i[n]]===true){return true}else if(s[i[n]]==null){return false}s=s[i[n]]}return false}};MapConfigWidget.prototype.isZombieWidget=function(){return!document.body.contains(this.parentDomNode)};MapConfigWidget.prototype.destruct=function(){if(this.network){this.network.destroy()}};MapConfigWidget.prototype.refresh=function(e){if(this.isZombieWidget()||!this.network)return;if(!e||e[this.refreshTrigger]){this.refreshSelf();return true}};MapConfigWidget.prototype.setNull=function(e){for(var t in e){if(_typeof(e[t])==\"object\"){this.setNull(e[t])}else{e[t]=undefined}}};exports[\"tmap-config\"]=MapConfigWidget;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/widget/ConfigurationWidget.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/widget/MapConfigWidget",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidgetItem": {
"text": "\"use strict\";var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _widget=require(\"$:/core/modules/widgets/widget.js\");var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidgetItem\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\nvar EdgeListItemWidget=function(e){_inherits(t,e);function t(e,r){_classCallCheck(this,t);var i=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,r));i.arrows=$tm.misc.arrows;return i}_createClass(t,[{key:\"execute\",value:function e(){var t=this.parseTreeNode;var r=$tm.tracker.getTiddlerById(t.neighbour.id);var i=_utils2.default.flatten(t.edge);for(var o in i){if(typeof i[o]===\"string\"){this.setVariable(\"edge.\"+o,i[o])}}this.setVariable(\"currentTiddler\",r);this.setVariable(\"neighbour\",r);var n=$tm.indeces.allETy[i.type];var s=i.to===t.neighbour.id?\"to\":\"from\";var a=s;if(n.biArrow){a=\"bi\"}else{if(s===\"to\"&&n.invertedArrow){a=\"from\"}else if(s===\"from\"&&n.invertedArrow){a=\"to\"}}this.setVariable(\"direction\",a);this.setVariable(\"directionSymbol\",a===\"bi\"?this.arrows.bi:a===\"from\"?this.arrows.in:this.arrows.out);this.makeChildWidgets()}},{key:\"refresh\",value:function e(t){return this.refreshChildren(t)}}]);return t}(_widget.widget);exports[\"tmap-edgelistitem\"]=EdgeListItemWidget;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/widget/EdgeListItemWidget.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidgetItem",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidget": {
"text": "\"use strict\";var _createClass=function(){function e(e,t){for(var r=0;r<t.length;r++){var i=t[r];i.enumerable=i.enumerable||false;i.configurable=true;if(\"value\"in i)i.writable=true;Object.defineProperty(e,i.key,i)}}return function(t,r,i){if(r)e(t.prototype,r);if(i)e(t,i);return t}}();var _widget=require(\"$:/core/modules/widgets/widget.js\");var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidget\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\nvar EdgeListWidget=function(e){_inherits(t,e);function t(e,r){_classCallCheck(this,t);return _possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,r))}_createClass(t,[{key:\"render\",value:function e(t,r){this.parentDomNode=t;this.computeAttributes();this.execute();this.renderChildren(t,r)}},{key:\"execute\",value:function e(){var t=[this.getVariable(\"currentTiddler\")];var r=this.getAttribute(\"filter\",\"\");var i=this.getAttribute(\"direction\",\"both\");var s=$tm.indeces.allETy;var n=_utils2.default.getEdgeTypeMatches(r,s);var u={typeWL:_utils2.default.getLookupTable(n),direction:i};var o=$tm.adapter.getNeighbours(t,u),a=o.nodes,l=o.edges;var f=[];for(var c in l){var h=l[c];var p=a[h.to]||a[h.from];if(!p){continue}f.push({type:\"tmap-edgelistitem\",edge:h,typeWL:u.typeWL,neighbour:p,children:this.parseTreeNode.children})}if(!f.length){this.wasEmpty=true;f=this.getEmptyMessage()}else if(this.wasEmpty){this.removeChildDomNodes()}this.makeChildWidgets(f)}},{key:\"getEmptyMessage\",value:function e(){var t=this.wiki.parseText(\"text/vnd.tiddlywiki\",this.getAttribute(\"emptyMessage\",\"\"),{parseAsInline:true});return t?t.tree:[]}},{key:\"refresh\",value:function e(t){var r=this.computeAttributes();if(_utils2.default.hasElements(r)){this.refreshSelf();return true}for(var i in t){if(!_utils2.default.isSystemOrDraft(i)){this.refreshSelf();return true}}return this.refreshChildren(t)}}]);return t}(_widget.widget);exports[\"tmap-connections\"]=EdgeListWidget;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/widget/EdgeListWidget.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/widget/EdgeListWidget",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget": {
"text": "\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});exports.tiddlymap=exports.tmap=undefined;var _extends=Object.assign||function(e){for(var t=1;t<arguments.length;t++){var i=arguments[t];for(var a in i){if(Object.prototype.hasOwnProperty.call(i,a)){e[a]=i[a]}}}return e};var _createClass=function(){function e(e,t){for(var i=0;i<t.length;i++){var a=t[i];a.enumerable=a.enumerable||false;a.configurable=true;if(\"value\"in a)a.writable=true;Object.defineProperty(e,a.key,a)}}return function(t,i,a){if(i)e(t.prototype,i);if(a)e(t,a);return t}}();var _CallbackManager=require(\"$:/plugins/felixhayashi/tiddlymap/js/CallbackManager\");var _CallbackManager2=_interopRequireDefault(_CallbackManager);var _ViewAbstraction=require(\"$:/plugins/felixhayashi/tiddlymap/js/ViewAbstraction\");var _ViewAbstraction2=_interopRequireDefault(_ViewAbstraction);var _EdgeType=require(\"$:/plugins/felixhayashi/tiddlymap/js/EdgeType\");var _EdgeType2=_interopRequireDefault(_EdgeType);var _Popup=require(\"$:/plugins/felixhayashi/tiddlymap/js/Popup\");var _Popup2=_interopRequireDefault(_Popup);var _vis=require(\"$:/plugins/felixhayashi/vis/vis.js\");var _vis2=_interopRequireDefault(_vis);var _widget=require(\"$:/core/modules/widgets/widget.js\");var _utils=require(\"$:/plugins/felixhayashi/tiddlymap/js/utils\");var _utils2=_interopRequireDefault(_utils);var _SelectionRectangle=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/SelectionRectangle\");var _SelectionRectangle2=_interopRequireDefault(_SelectionRectangle);var _environment=require(\"$:/plugins/felixhayashi/tiddlymap/js/lib/environment\");var env=_interopRequireWildcard(_environment);function _interopRequireWildcard(e){if(e&&e.__esModule){return e}else{var t={};if(e!=null){for(var i in e){if(Object.prototype.hasOwnProperty.call(e,i))t[i]=e[i]}}t.default=e;return t}}function _interopRequireDefault(e){return e&&e.__esModule?e:{default:e}}function _toConsumableArray(e){if(Array.isArray(e)){for(var t=0,i=Array(e.length);t<e.length;t++){i[t]=e[t]}return i}else{return Array.from(e)}}function _classCallCheck(e,t){if(!(e instanceof t)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(e,t){if(!e){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return t&&(typeof t===\"object\"||typeof t===\"function\")?t:e}function _inherits(e,t){if(typeof t!==\"function\"&&t!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t)}e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:false,writable:true,configurable:true}});if(t)Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t}// @preserve\n/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget\ntype: application/javascript\nmodule-type: widget\n\n@preserve\n\n\\*/\nvar MapWidget=function(e){_inherits(t,e);function t(e,i){_classCallCheck(this,t);var a=_possibleConstructorReturn(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,i));a.getAttr=a.getAttribute;a.isDebug=_utils2.default.isTrue($tm.config.sys.debug,false);_utils2.default.bindTo(a,[\"constructTooltip\",\"handleResizeEvent\",\"handleClickEvent\",\"handleCanvasKeyup\",\"handleCanvasKeydown\",\"handleCanvasScroll\",\"handleCanvasMouseMove\",\"handleWidgetKeyup\",\"handleWidgetKeydown\",\"handleTriggeredRefresh\",\"handleContextMenu\"]);a.callbackManager=new _CallbackManager2.default;a.computeAttributes();a.editorMode=a.getAttr(\"editor\");a.clickToUse=_utils2.default.isTrue(a.getAttr(\"click-to-use\"),false);a.id=a.getAttr(\"object-id\")||a.getStateQualifier();a.widgetPopupsPath=$tm.path.tempPopups+\"/\"+a.id;if(a.editorMode){_utils2.default.addTWlisteners({\"tmap:tm-create-view\":a.handleCreateView,\"tmap:tm-rename-view\":a.handleRenameView,\"tmap:tm-delete-view\":a.handleDeleteView,\"tmap:tm-delete-element\":a.handleDeleteElement,\"tmap:tm-edit-view\":a.handleEditView,\"tmap:tm-generate-widget\":a.handleGenerateWidget,\"tmap:tm-toggle-central-topic\":a.handleSetCentralTopic,\"tmap:tm-save-canvas\":a.handleSaveCanvas},a,a)}_utils2.default.addTWlisteners({\"tmap:tm-focus-node\":a.handleFocusNode,\"tmap:tm-reset-focus\":a.repaintGraph},a,a);a.visListeners={click:a.handleVisSingleClickEvent,doubleClick:a.handleVisDoubleClickEvent,stabilized:a.handleVisStabilizedEvent,selectNode:a.handleVisSelectNode,deselectNode:a.handleVisDeselectNode,dragStart:a.handleVisDragStart,dragEnd:a.handleVisDragEnd,hoverNode:a.handleVisHoverElement,hoverEdge:a.handleVisHoverElement,blurNode:a.handleVisBlurElement,blurEdge:a.handleVisBlurElement,beforeDrawing:a.handleVisBeforeDrawing,afterDrawing:a.handleVisAfterDrawing,stabilizationProgress:a.handleVisLoading,stabilizationIterationsDone:a.handleVisLoadingDone};a.windowDomListeners={resize:[a.handleResizeEvent,false],click:[a.handleClickEvent,false],mousemove:[a.handleCanvasMouseMove,true]};a.canvasDomListeners={keyup:[a.handleCanvasKeyup,true],keydown:[a.handleCanvasKeydown,true],mousewheel:[a.handleCanvasScroll,true],DOMMouseScroll:[a.handleCanvasScroll,true],contextmenu:[a.handleContextMenu,true]};a.widgetDomListeners={keyup:[a.handleWidgetKeyup,true],keydown:[a.handleWidgetKeydown,true]};a.conVector={from:null,to:null};return a}_createClass(t,[{key:\"handleConnectionEvent\",value:function e(t,i){var a=this;var s=this.view.getEdgeTypeFilter();var r={fromLabel:$tm.adapter.selectNodeById(t.from).label,toLabel:$tm.adapter.selectNodeById(t.to).label,view:this.view.getLabel(),eTyFilter:s.raw};$tm.dialogManager.open(\"getEdgeType\",r,function(e,r){if(e){var n=_utils2.default.getText(r);var o=_EdgeType2.default.getInstance(n);if(!o.namespace){var l=_EdgeType2.default.getIdParts(o.id),d=l.marker,h=l.name;var u=a.view.getConfig(\"edge_type_namespace\");o=_EdgeType2.default.getInstance(_EdgeType2.default.getId(d,u,h))}if(!o.exists()){o.save()}t.type=o.id;$tm.adapter.insertEdge(t);a.isPreventZoomOnNextUpdate=true;if(!a.view.isEdgeTypeVisible(o)){$tm.dialogManager.open(\"edgeNotVisible\",{type:o.id,view:a.view.getLabel(),eTyFilter:s.pretty})}}if(typeof i===\"function\"){i(e)}})}},{key:\"checkForFreshInstall\",value:function e(){if(!_utils2.default.getEntry($tm.ref.sysMeta,\"showWelcomeMessage\",true)){return}_utils2.default.setEntry($tm.ref.sysMeta,\"showWelcomeMessage\",false);$tm.dialogManager.open(\"welcome\",{},function(e,t){if(_utils2.default.tiddlerExists(\"$:/plugins/felixhayashi/topstoryview\")){_utils2.default.setText(\"$:/view\",\"top\");_utils2.default.setText(\"$:/config/Navigation/openLinkFromInsideRiver\",\"above\");_utils2.default.setText(\"$:/config/Navigation/openLinkFromOutsideRiver\",\"top\");_utils2.default.setText(\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\",\"fixed-fluid\");_utils2.default.touch(\"$:/plugins/felixhayashi/topstoryview\")}var i=$tm.misc.defaultViewLabel;var a=$tm.adapter.insertNode({label:\"Have fun with\",x:0,y:0},i);var s=$tm.adapter.insertNode({label:\"TiddlyMap!!\",x:100,y:100},i);$tm.adapter.insertEdge({from:a.id,to:s.id})})}},{key:\"openStandardConfirmDialog\",value:function e(t,i){var a={message:i};$tm.dialogManager.open(\"getConfirmation\",a,t)}},{key:\"logger\",value:function e(t,i){if(this.isDebug){var a=Array.prototype.slice.call(arguments,1);a.unshift(\"@\"+this.id);a.unshift(t);$tm.logger.apply(this,a)}}},{key:\"render\",value:function e(t,i){this.parentDomNode=t;this.domNode=this.document.createElement(\"div\");t.insertBefore(this.domNode,i);this.registerClassNames(this.domNode);this.viewHolderRef=this.getViewHolderRef();this.view=this.getView();this.graphBarDomNode=this.document.createElement(\"div\");$tw.utils.addClass(this.graphBarDomNode,\"tmap-topbar\");this.domNode.appendChild(this.graphBarDomNode);this.graphDomNode=this.document.createElement(\"div\");this.domNode.appendChild(this.graphDomNode);$tw.utils.addClass(this.graphDomNode,\"tmap-vis-graph\");if(_utils2.default.isPreviewed(this)||this.domNode.isTiddlyWikiFakeDom){$tw.utils.addClass(this.domNode,\"tmap-static-mode\");this.renderPreview(this.graphBarDomNode,this.graphDomNode)}else{this.renderFullWidget(this.domNode,this.graphBarDomNode,this.graphDomNode)}}},{key:\"renderPreview\",value:function e(t,i){var a=this.view.getRoot()+\"/snapshot\";var s=_utils2.default.getTiddler(a);var r=this.document.createElement(\"span\");r.innerHTML=this.view.getLabel();r.className=\"tmap-view-label\";t.appendChild(r);if(s){var n=this.makeChildWidget(_utils2.default.getTranscludeNode(a),true);n.renderChildren(i,null)}else{$tw.utils.addClass(i,\"tmap-graph-placeholder\")}}},{key:\"renderFullWidget\",value:function e(t,i,a){_utils2.default.setDomListeners(\"add\",window,this.windowDomListeners);_utils2.default.setDomListeners(\"add\",t,this.widgetDomListeners);this.addLoadingBar(this.domNode);this.tooltip=new _Popup2.default(this.domNode,{className:\"tmap-tooltip\",showDelay:$tm.config.sys.popups.delay});this.contextMenu=new _Popup2.default(this.domNode,{className:\"tmap-context-menu\",showDelay:0,hideOnClick:true,leavingDelay:999999});this.sidebar=_utils2.default.getFirstElementByClassName(\"tc-sidebar-scrollable\");this.isInSidebar=this.sidebar&&!this.domNode.isTiddlyWikiFakeDom&&this.sidebar.contains(this.domNode);this.rebuildEditorBar(i);this.initAndRenderGraph(a);$tm.registry.push(this);this.reloadRefreshTriggers();this.checkForFreshInstall();if(this.id===$tm.misc.mainEditorId){var s=$tm.url;if(s&&s.query[\"tmap-enlarged\"]){this.toggleEnlargedMode(s.query[\"tmap-enlarged\"])}}}},{key:\"registerClassNames\",value:function e(t){var i=$tw.utils.addClass;i(t,\"tmap-widget\");if(this.clickToUse){i(t,\"tmap-click-to-use\")}if(this.getAttr(\"editor\")===\"advanced\"){i(t,\"tmap-advanced-editor\")}if(this.getAttr(\"design\")===\"plain\"){i(t,\"tmap-plain-design\")}if(!_utils2.default.isTrue(this.getAttr(\"show-buttons\"),true)){i(t,\"tmap-no-buttons\")}if(this.getAttr(\"class\")){i(t,this.getAttr(\"class\"))}}},{key:\"addLoadingBar\",value:function e(t){this.graphLoadingBarDomNode=this.document.createElement(\"progress\");$tw.utils.addClass(this.graphLoadingBarDomNode,\"tmap-loading-bar\");t.appendChild(this.graphLoadingBarDomNode)}},{key:\"rebuildEditorBar\",value:function e(){this.removeChildDomNodes();var t=this.view;var i=\"tmap-unicode-button\";var a=i+\" tmap-active-button\";var s={widgetQualifier:this.getStateQualifier(),widgetTempPath:this.widgetTempPath,widgetPopupsPath:this.widgetPopupsPath,isViewBound:String(this.isViewBound()),viewRoot:t.getRoot(),viewLabel:t.getLabel(),viewHolder:this.getViewHolderRef(),edgeTypeFilter:t.edgeTypeFilterTRef,allEdgesFilter:$tm.selector.allEdgeTypes,neighScopeBtnClass:t.isEnabled(\"neighbourhood_scope\")?a:i,rasterMenuBtnClass:t.isEnabled(\"raster\")?a:i};for(var r in s){this.setVariable(r,s[r])}var n=_utils2.default.getTiddlerNode(t.getRoot());if(this.editorMode===\"advanced\"){n.children.push(_utils2.default.getTranscludeNode($tm.ref.graphBar))}else{var o=_utils2.default.getElementNode(\"span\",\"tmap-view-label\",t.getLabel());n.children.push(o)}n.children.push(_utils2.default.getTranscludeNode($tm.ref.focusButton));this.makeChildWidgets([n]);this.renderChildren(this.graphBarDomNode,this.graphBarDomNode.firstChild)}},{key:\"refresh\",value:function e(t){return false}},{key:\"update\",value:function e(t){if(!this.network||this.isZombieWidget()||_utils2.default.isPreviewed(this)){return}var i=t.changedTiddlers;this.callbackManager.refresh(i);if(this.isViewSwitched(i)||this.hasChangedAttributes()||t[env.path.options]||i[this.view.getRoot()]){this.logger(\"warn\",\"View switched config changed\");this.isPreventZoomOnNextUpdate=false;this.view=this.getView(true);this.reloadRefreshTriggers();this.rebuildEditorBar();this.initAndRenderGraph(this.graphDomNode)}else{var a=this.view.update(t);if(a){this.logger(\"warn\",\"View components modified\");this.rebuildEditorBar();this.reloadBackgroundImage();this.rebuildGraph({resetFocus:{delay:1e3,duration:1e3}})}else{if(t[env.path.nodeTypes]||this.hasChangedElements(i)){this.rebuildGraph()}this.refreshChildren(i)}}}},{key:\"hidePopups\",value:function e(t,i){this.tooltip.hide(t,i);this.contextMenu.hide(0,true)}},{key:\"reloadRefreshTriggers\",value:function e(){this.callbackManager.remove(this.refreshTriggers);var t=this.getAttr(\"refresh-triggers\")||this.view.getConfig(\"refresh-triggers\");this.refreshTriggers=$tw.utils.parseStringArray(t)||[];this.logger(\"debug\",\"Registering refresh trigger\",this.refreshTriggers);for(var i=this.refreshTriggers.length;i--;){this.callbackManager.add(this.refreshTriggers[i],this.handleTriggeredRefresh,false)}}},{key:\"rebuildGraph\",value:function e(){var t=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{},i=t.resetFocus;if(_utils2.default.isPreviewed(this)){return}this.logger(\"debug\",\"Rebuilding graph\");this.hidePopups(0,true);this.hasNetworkStabilized=false;var a=this.rebuildGraphData();if(a.changedNodes.withoutPosition.length){i=i||{delay:1e3,duration:1e3};if(!this.view.isEnabled(\"physics_mode\")){var s=this.visOptions.physics;s[s.solver].centralGravity=.25;this.network.setOptions(this.visOptions)}}if(!_utils2.default.hasElements(this.graphData.nodesById)){return}if(i){if(!this.isPreventZoomOnNextUpdate){this.network.stabilize();this.resetFocus=i}this.isPreventZoomOnNextUpdate=false}}},{key:\"getContainer\",value:function e(){return this.domNode}},{key:\"rebuildGraphData\",value:function e(){$tm.start(\"Reloading Network\");var t=$tm.adapter.getGraph({view:this.view});var i=_utils2.default.refreshDataSet(this.graphData.nodes,t.nodes);var a=_utils2.default.refreshDataSet(this.graphData.edges,t.edges);this.graphData.nodesById=t.nodes;this.graphData.edgesById=t.edges;_utils2.default.setField(\"$:/temp/tmap/nodes/\"+this.view.getLabel(),\"list\",$tm.adapter.getTiddlersByIds(t.nodes));$tm.stop(\"Reloading Network\");return{changedEdges:a,changedNodes:i}}},{key:\"isViewBound\",value:function e(){return _utils2.default.startsWith(this.getViewHolderRef(),$tm.path.localHolders)}},{key:\"isViewSwitched\",value:function e(t){return t[this.getViewHolderRef()]}},{key:\"hasChangedAttributes\",value:function e(){return Object.keys(this.computeAttributes()).length}},{key:\"hasChangedElements\",value:function e(t){var i=[];var a=this.graphData.nodesById;var s=this.view.isEnabled(\"neighbourhood_scope\");for(var r in t){if(_utils2.default.isSystemOrDraft(r)){continue}if(a[$tm.adapter.getId(r)]||s){return true}if(t[r].modified){i.push(r)}}if(i.length){var n=this.view.getNodeFilter(\"compiled\");var o=_utils2.default.getMatches(n,i);return!!o.length}}},{key:\"initAndRenderGraph\",value:function e(t){var i=this;if(this.network){this._destructVis()}this.logger(\"info\",\"Initializing and rendering the graph\");if(!this.isInSidebar){this.callbackManager.add(\"$:/state/sidebar\",this.handleResizeEvent)}this.visOptions=this.getVisOptions();this.graphData={nodes:new _vis2.default.DataSet,edges:new _vis2.default.DataSet,nodesById:_utils2.default.makeHashMap(),edgesById:_utils2.default.makeHashMap()};this.tooltip.setEnabled(_utils2.default.isTrue($tm.config.sys.popups.enabled,true));this.network=new _vis2.default.Network(t,this.graphData,this.visOptions);this.canvas=t.getElementsByTagName(\"canvas\")[0];this.networkDomNode=_utils2.default.getFirstElementByClassName(\"vis-network\",t,true);this.canvas.tabIndex=0;for(var a in this.visListeners){this.network.on(a,this.visListeners[a].bind(this))}this.addGraphButtons({\"fullscreen-button\":function e(){i.toggleEnlargedMode(\"fullscreen\")},\"halfscreen-button\":function e(){i.toggleEnlargedMode(\"halfscreen\")}});_utils2.default.setDomListeners(\"add\",this.canvas,this.canvasDomListeners);this.reloadBackgroundImage();this.rebuildGraph({resetFocus:{delay:0,duration:0}});this.handleResizeEvent();this.canvas.focus()}},{key:\"handleCanvasKeyup\",value:function e(t){var i=this;var a=this.network.getSelectedNodes();if(t.ctrlKey){t.preventDefault();if(t.keyCode===88){if(this.editorMode){this.handleAddNodesToClipboard(\"move\")}else{$tm.notify(\"Map is read only!\")}}else if(t.keyCode===67){this.handleAddNodesToClipboard(\"copy\")}else if(t.keyCode===86){this.handlePasteNodesFromClipboard()}else if(t.keyCode===65){var s=Object.keys(this.graphData.nodesById);this.network.selectNodes(s)}else if(t.keyCode===49||t.keyCode===50){if(a.length!==1)return;var r=t.keyCode===49?\"from\":\"to\";$tm.notify(_utils2.default.ucFirst(r)+\"-part selected\");this.conVector[r]=a[0];if(this.conVector.from&&this.conVector.to){this.handleConnectionEvent(this.conVector,function(){i.conVector={from:null,to:null}})}}}else{if(t.keyCode===13){if(a.length!==1)return;this.openTiddlerWithId(a[0])}}}},{key:\"handleCanvasKeydown\",value:function e(t){if(t.keyCode===46){t.preventDefault();this.handleRemoveElements(this.network.getSelection())}}},{key:\"handleDeleteElement\",value:function e(t){var i=t.paramObject.id;var a=i?[i]:this.network.getSelectedNodes();this.handleRemoveElements({nodes:a})}},{key:\"handleCanvasMouseMove\",value:function e(t){var i=this.network;if(!(t.ctrlKey&&t.buttons)){if(this.selectRect){this.selectRect=null;var a=i.getSelectedNodes();$tm.notify(a.length+\" nodes selected\");i.redraw()}return}t.preventDefault();t.stopPropagation();if(!this.domNode.contains(t.target)){return}var s=i.DOMtoCanvas({x:t.offsetX,y:t.offsetY});if(!this.selectRect){this.selectRect=new _SelectionRectangle2.default(s.x,s.y)}this.selectRect.span(s.x,s.y);var r=i.getPositions();var n=i.getSelectedNodes();for(var o in r){if(this.selectRect.isPointWithin(r[o])&&!_utils2.default.inArray(o,n)){n.push(o)}}i.selectNodes(n);this.assignActiveStyle(n);i.redraw()}},{key:\"handleCanvasScroll\",value:function e(t){var i=!!(this.isInSidebar||t.ctrlKey||this.enlargedMode||this.clickToUse&&this.networkDomNode.classList.contains(\"vis-active\"));var a=this.visOptions.interaction;var s=i===a.zoomView;if(i||!s){t.preventDefault()}if(!s){t.stopPropagation();a.zoomView=i;this.network.setOptions({interaction:{zoomView:i}});return false}}},{key:\"handleContextMenu\",value:function e(t){var i=this;t.preventDefault();var a=this.network;this.hidePopups(0,true);var s=a.getNodeAt({x:t.offsetX,y:t.offsetY});if(!s)return;var r=a.getSelectedNodes();if(!_utils2.default.inArray(s,r)){r=[s];a.selectNodes(r)}this.contextMenu.show(r,function(e,t){var a=e.length>1?\"multi\":\"single\";var s=\"$:/plugins/felixhayashi/tiddlymap/editor/contextMenu/node\";_utils2.default.registerTransclude(i,\"contextMenuWidget\",s);i.contextMenuWidget.setVariable(\"mode\",a);i.contextMenuWidget.render(t)})}},{key:\"handleWidgetKeyup\",value:function e(t){}},{key:\"handleWidgetKeydown\",value:function e(t){if(t.ctrlKey){t.preventDefault();if(t.keyCode===70){t.preventDefault();var i=this.widgetPopupsPath+\"/focus\";_utils2.default.setText(i,_utils2.default.getText(i)?\"\":\"1\")}else{return}}else if(t.keyCode===120){t.preventDefault();this.toggleEnlargedMode(\"halfscreen\")}else if(t.keyCode===121){t.preventDefault();this.toggleEnlargedMode(\"fullscreen\")}else if(t.keyCode===27){t.preventDefault();_utils2.default.deleteByPrefix(this.widgetPopupsPath)}else{return}this.canvas.focus()}},{key:\"handlePasteNodesFromClipboard\",value:function e(){if(!this.editorMode||this.view.isLiveView()){$tm.notify(\"Map is read only!\");return}if(!$tm.clipBoard||$tm.clipBoard.type!==\"nodes\"){$tm.notify(\"TiddlyMap clipboad is empty!\")}var t=$tm.clipBoard.nodes;var i=Object.keys(t);for(var a=i.length;a--;){var s=i[a];if(this.graphData.nodesById[s]){continue}this.view.addNode(t[s]);this.graphData.nodes.update({id:s})}this.network.selectNodes(i);this.rebuildGraph({resetFocus:{delay:0,duration:0}});$tm.notify(\"pasted \"+i.length+\" nodes into map.\")}},{key:\"handleAddNodesToClipboard\",value:function e(t){var i=this.network.getSelectedNodes();if(!i.length){return}$tm.clipBoard={type:\"nodes\",nodes:this.graphData.nodes.get(i,{returnType:\"Object\"})};$tm.notify(\"Copied \"+i.length+\" nodes to clipboard\");if(t===\"move\"){for(var a=i.length;a--;){this.view.removeNode(i[a])}}this.isPreventZoomOnNextUpdate=true}},{key:\"getVisOptions\",value:function e(){var t=this;var i=$tm.config.vis;var a=_utils2.default.parseJSON(this.view.getConfig(\"vis\"));var s=_utils2.default.merge({},i,a);s.clickToUse=this.clickToUse;s.manipulation.enabled=!!this.editorMode;s.manipulation.deleteNode=function(e,i){t.handleRemoveElements(e);t.resetVisManipulationBar(i)};s.manipulation.deleteEdge=function(e,i){t.handleRemoveElements(e);t.resetVisManipulationBar(i)};s.manipulation.addEdge=function(e,i){t.handleConnectionEvent(e);t.resetVisManipulationBar(i)};s.manipulation.addNode=function(e,i){t.handleInsertNode(e);t.resetVisManipulationBar(i)};s.manipulation.editNode=function(e,i){t.handleEditNode(e);t.resetVisManipulationBar(i)};s.interaction.zoomView=!!(this.isInSidebar||this.enlargedMode);s.manipulation.editEdge=false;var r=s.physics;r[r.solver]=r[r.solver]||{};r.stabilization.iterations=1e3;this.logger(\"debug\",\"Loaded graph options\",s);return s}},{key:\"resetVisManipulationBar\",value:function e(t){if(t){t(null)}this.network.disableEditMode();this.network.enableEditMode()}},{key:\"isVisInEditMode\",value:function e(){return this.graphDomNode.getElementsByClassName(\"vis-button vis-back\").length>0}},{key:\"handleCreateView\",value:function e(){var t=this;var i={view:this.view.getLabel()};$tm.dialogManager.open(\"createView\",i,function(e,i){if(!e)return;var a=_utils2.default.getField(i,\"name\");var s=_utils2.default.getField(i,\"clone\",false);if(_ViewAbstraction2.default.exists(a)){$tm.notify(\"Forbidden! View already exists!\");return}if(s&&t.view.isLiveView()){$tm.notify(\"Forbidden to clone the live view!\");return}var r=new _ViewAbstraction2.default(a,{isCreate:true,protoView:s?t.view:null});t.setView(r)})}},{key:\"handleRenameView\",value:function e(){var t=this;if(this.view.isLocked()){$tm.notify(\"Forbidden!\");return}var i=this.view.getOccurrences();var a={count:i.length.toString(),refFilter:_utils2.default.joinAndWrap(i,\"[[\",\"]]\")};$tm.dialogManager.open(\"renameView\",a,function(e,i){if(!e){return}var a=_utils2.default.getText(i);if(!a){$tm.notify(\"Invalid name!\")}else if(_ViewAbstraction2.default.exists(a)){$tm.notify(\"Forbidden! View already exists!\")}else{t.view.rename(a);t.setView(t.view)}})}},{key:\"handleEditView\",value:function e(){var t=this;var i=JSON.stringify($tm.config.vis);var a=this.graphData;var s=this.view.getConfig();var r={\"filter.prettyNodeFltr\":this.view.getNodeFilter(\"pretty\"),\"filter.prettyEdgeFltr\":this.view.getEdgeTypeFilter(\"pretty\"),\"vis-inherited\":i};var n={view:this.view.getLabel(),createdOn:this.view.getCreationDate(true),numberOfNodes:Object.keys(a.nodesById).length.toString(),numberOfEdges:Object.keys(a.edgesById).length.toString(),dialog:{preselects:$tw.utils.extend({},s,r)}};$tm.dialogManager.open(\"configureView\",n,function(e,i){if(!e){return}var a=_utils2.default.getPropertiesByPrefix(i.fields,\"config.\",true);var s=t.view.getConfig(\"background_image\");t.view.setConfig(a);if(a[\"physics_mode\"]&&!t.view.isEnabled(\"physics_mode\")){t.view.saveNodePositions(t.network.getPositions())}var r=t.view.getConfig(\"background_image\");if(r&&r!==s){$tm.notify(\"Background changed! You may need to zoom out a bit.\")}var n=_utils2.default.getField(i,\"filter.prettyNodeFltr\",\"\");var o=_utils2.default.getField(i,\"filter.prettyEdgeFltr\",\"\");t.view.setNodeFilter(n);t.view.setEdgeTypeFilter(o)})}},{key:\"handleSaveCanvas\",value:function e(){var t=this;var i=\"$:/temp/tmap/snapshot\";this.createAndSaveSnapshot(i);var a=_utils2.default.getSnapshotTitle(this.view.getLabel(),\"png\");var s={dialog:{snapshot:i,width:this.canvas.width.toString(),height:this.canvas.height.toString(),preselects:{name:a,action:\"download\"}}};$tm.dialogManager.open(\"saveCanvas\",s,function(e,s){if(!e)return;a=s.fields.name||a;var r=s.fields.action;if(r===\"download\"){t.handleDownloadSnapshot(a)}else if(r===\"wiki\"){_utils2.default.cp(i,a,true);t.dispatchEvent({type:\"tm-navigate\",navigateTo:a})}else if(r===\"placeholder\"){t.view.addPlaceholder(i)}$tw.wiki.deleteTiddler(\"$:/temp/tmap/snapshot\")})}},{key:\"handleDownloadSnapshot\",value:function e(t){var i=this.document.createElement(\"a\");var a=this.view.getLabel();i.download=t||_utils2.default.getSnapshotTitle(a,\"png\");i.href=this.getSnapshot();var s=new MouseEvent(\"click\");i.dispatchEvent(s)}},{key:\"createAndSaveSnapshot\",value:function e(t){var i=t||this.view.getRoot()+\"/snapshot\";$tw.wiki.addTiddler(new $tw.Tiddler({title:i,type:\"image/png\",text:this.getSnapshot(true),modified:new Date}));return i}},{key:\"getSnapshot\",value:function e(t){var i=this.canvas.toDataURL(\"image/png\");return t?_utils2.default.getWithoutPrefix(i,\"data:image/png;base64,\"):i}},{key:\"handleDeleteView\",value:function e(){var t=this;var i=this.view.getLabel();if(this.view.isLocked()){$tm.notify(\"Forbidden!\");return}var a=this.view.getOccurrences();if(a.length){var s={count:a.length.toString(),refFilter:_utils2.default.joinAndWrap(a,\"[[\",\"]]\")};$tm.dialogManager.open(\"cannotDeleteViewDialog\",s);return}var r=\"\\n You are about to delete the view ''\"+i+\"''\\n (no tiddler currently references this view).\\n \";this.openStandardConfirmDialog(function(e){if(!e){return}t.view.destroy();t.setView($tm.misc.defaultViewLabel);var a='view \"'+i+\"' deleted\";t.logger(\"debug\",a);$tm.notify(a)},r)}},{key:\"handleTriggeredRefresh\",value:function e(t){this.logger(\"log\",t,\"Triggered a refresh\");if(this.id===\"live_tab\"){var i=_utils2.default.getTiddler(_utils2.default.getText(t));if(i){var a=i.fields[\"tmap.open-view\"]||$tm.config.sys.liveTab.fallbackView;if(a&&a!==this.view.getLabel()){this.setView(a);return}}}this.rebuildGraph({resetFocus:{delay:1e3,duration:1e3}})}},{key:\"handleRemoveElements\",value:function e(t){var i=t.nodes,a=t.edges;if(i.length){this.handleRemoveNodes(i)}else if(a.length){this.handleRemoveEdges(a)}this.resetVisManipulationBar()}},{key:\"handleRemoveEdges\",value:function e(t){$tm.adapter.deleteEdges(this.graphData.edges.get(t));$tm.notify(\"edge\"+(t.length>1?\"s\":\"\")+\" removed\")}},{key:\"handleRemoveNodes\",value:function e(t){var i=this;var a=$tm.adapter.getTiddlersByIds(t);var s={count:t.length.toString(),tiddlers:$tw.utils.stringifyList(a),dialog:{preselects:{\"delete-from\":\"filter\"}}};$tm.dialogManager.open(\"deleteNodeDialog\",s,function(e,a){if(!e)return;var s=0;for(var r=t.length;r--;){var n=i.view.removeNode(t[r]);if(n){s++}}if(a.fields[\"delete-from\"]===\"system\"){$tm.adapter.deleteNodes(t);s=t.length}i.isPreventZoomOnNextUpdate=true;$tm.notify(\"\\n Removed \"+s+\"\\n of \"+t.length+\"\\n from \"+a.fields[\"delete-from\"]+\"\\n \")})}},{key:\"toggleEnlargedMode\",value:function e(t){if(!this.isInSidebar&&t===\"halfscreen\"){return}this.logger(\"log\",\"Toggled graph enlargement\");var i=this.enlargedMode;if(i){this.network.setOptions({clickToUse:this.clickToUse});_utils2.default.findAndRemoveClassNames([\"tmap-has-\"+i+\"-widget\",\"tmap-\"+i]);this.enlargedMode=null;document.body.scrollTop=this.scrollTop}if(!i||i!==t&&(t===\"fullscreen\"||t===\"halfscreen\"&&!this.isInSidebar)){this.scrollTop=document.body.scrollTop;this.enlargedMode=t;var a=this.isInSidebar?this.sidebar:_utils2.default.getFirstElementByClassName(\"tc-story-river\");$tw.utils.addClass(this.document.body,\"tmap-has-\"+t+\"-widget\");$tw.utils.addClass(a,\"tmap-has-\"+t+\"-widget\");$tw.utils.addClass(this.domNode,\"tmap-\"+t);this.network.setOptions({clickToUse:false});$tm.notify(\"Toggled \"+t+\" mode\")}this.handleResizeEvent()}},{key:\"handleGenerateWidget\",value:function e(t){$tw.rootWidget.dispatchEvent({type:\"tmap:tm-generate-widget\",paramObject:{view:this.view.getLabel()}})}},{key:\"handleSetCentralTopic\",value:function e(t){var i=t.paramObject;var a=i.id||this.network.getSelectedNodes()[0];if(a===this.view.getConfig(\"central-topic\")){a=\"\"}this.view.setCentralTopic(a)}},{key:\"handleVisStabilizedEvent\",value:function e(t){if(this.hasNetworkStabilized){return}this.hasNetworkStabilized=true;this.logger(\"log\",\"Network stabilized after\",t.iterations,\"iterations\");if(!this.view.isEnabled(\"physics_mode\")){var i=this.graphData.nodesById;var a=[];for(var s in i){if(i[s].x===undefined){a.push(s)}}if(a.length){this.setNodesMoveable(a,false);$tm.notify(a.length+\" nodes were added to the graph\")}var r=this.visOptions.physics;r[r.solver].centralGravity=0;this.network.setOptions(this.visOptions)}if(this.resetFocus){this.fitGraph(this.resetFocus.delay,this.resetFocus.duration);this.resetFocus=null}}},{key:\"handleFocusNode\",value:function e(t){var i=t.param;this.network.focus($tm.adapter.getId(i),{scale:1.5,animation:true})}},{key:\"isZombieWidget\",value:function e(){return this.domNode.isTiddlyWikiFakeDom===true||!this.document.body.contains(this.getContainer())}},{key:\"fitGraph\",value:function e(){var t=this;var i=arguments.length>0&&arguments[0]!==undefined?arguments[0]:0;var a=arguments.length>1&&arguments[1]!==undefined?arguments[1]:0;clearTimeout(this.activeFitTimeout);var s=function e(){if(t.isZombieWidget()){return}t.network.redraw();t.network.fit({animation:{duration:a,easingFunction:\"easeOutQuart\"}})};this.activeFitTimeout=setTimeout(s,i)}},{key:\"handleInsertNode\",value:function e(t){var i=this;$tm.dialogManager.open(\"addNodeToMap\",{},function(e,a){if(!e){return}var s=_utils2.default.getField(a,\"draft.title\");if(_utils2.default.tiddlerExists(s)){if(_utils2.default.isMatch(s,i.view.getNodeFilter(\"compiled\"))){$tm.notify(\"Node already exists\");return}else{t=$tm.adapter.makeNode(s,t);i.view.addNode(t)}}else{var r=new $tw.Tiddler(a,{\"draft.title\":null});t.label=s;$tm.adapter.insertNode(t,i.view,r)}i.isPreventZoomOnNextUpdate=true})}},{key:\"handleEditNode\",value:function e(t){var i=this;var a=$tm.tracker.getTiddlerById(t.id);var s=_utils2.default.getTiddler(a);var r=JSON.stringify($tm.config.vis);var n=this.view.getConfig(\"vis\");var o={};o[t.id]=t;var l=$tm.adapter.getInheritedNodeStyles(o);var d=JSON.stringify(l[a]);var h=JSON.stringify(_utils2.default.merge({},{color:s.fields[\"color\"]},_utils2.default.parseJSON(s.fields[\"tmap.style\"])));var u=this.view.getLabel();var g=this.view.getNodeData(t.id,true)||{};delete g.x;delete g.y;var f={view:u,tiddler:s.fields.title,tidColor:s.fields[\"color\"],tidIcon:s.fields[$tm.field.nodeIcon]||s.fields[\"tmap.fa-icon\"],tidLabelField:\"global.\"+$tm.field.nodeLabel,tidIconField:\"global.\"+$tm.field.nodeIcon,dialog:{preselects:{\"inherited-global-default-style\":r,\"inherited-local-default-style\":n,\"inherited-group-styles\":d,\"global.tmap.style\":h,\"local-node-style\":JSON.stringify(g)}}};var v=function e(t,i,a){for(var s=a.length;s--;){f.dialog.preselects[t+\".\"+a[s]]=i[a[s]]||\"\"}};v(\"local\",g,[\"label\",\"tw-icon\",\"fa-icon\",\"open-view\"]);v(\"global\",s.fields,[$tm.field.nodeLabel,$tm.field.nodeIcon,\"tmap.fa-icon\",\"tmap.open-view\"]);$tm.dialogManager.open(\"editNode\",f,function(e,s){if(!e)return;var r=s.fields;var n=_utils2.default.getPropertiesByPrefix(r,\"global.\",true);for(var o in n){_utils2.default.setField(a,o,n[o]||undefined)}var l=_utils2.default.getPropertiesByPrefix(r,\"local.\",true);var d=_utils2.default.parseJSON(r[\"local-node-style\"],{});for(var h in l){d[h]=l[h]||undefined}i.view.saveNodeStyle(t.id,d);i.isPreventZoomOnNextUpdate=true})}},{key:\"handleVisSingleClickEvent\",value:function e(t){var i=_utils2.default.isTrue($tm.config.sys.singleClickMode);if(i&&!this.editorMode){this.handleOpenMapElementEvent(t)}}},{key:\"handleVisDoubleClickEvent\",value:function e(t){if(t.nodes.length||t.edges.length){if(this.editorMode||!_utils2.default.isTrue($tm.config.sys.singleClickMode)){this.handleOpenMapElementEvent(t)}}else{if(this.editorMode){this.handleInsertNode(t.pointer.canvas)}}}},{key:\"handleOpenMapElementEvent\",value:function e(t){var i=t.nodes,a=t.edges;if(i.length){var s=this.graphData.nodesById[i[0]];if(s[\"open-view\"]){$tm.notify(\"Switching view\");this.setView(s[\"open-view\"])}else{this.openTiddlerWithId(i[0])}}else if(a.length){this.logger(\"debug\",\"Clicked on an Edge\");var r=this.graphData.edgesById[a[0]].type;this.handleEditEdgeType(r)}else{return}this.hidePopups(0,true)}},{key:\"handleEditEdgeType\",value:function e(t){if(!this.editorMode)return;var i=$tm.config.sys.edgeClickBehaviour;if(i!==\"manager\")return;$tw.rootWidget.dispatchEvent({type:\"tmap:tm-manage-edge-types\",paramObject:{type:t}})}},{key:\"handleResizeEvent\",value:function e(t){if(this.isZombieWidget())return;var i=this.getAttr(\"height\");var a=this.getAttr(\"width\");if(this.isInSidebar){var s=this.domNode.getBoundingClientRect();var r=15;a=document.body.clientWidth-s.left-r+\"px\";var n=parseInt(this.getAttr(\"bottom-spacing\"))||15;var o=window.innerHeight-s.top;i=o-n+\"px\"}this.domNode.style.height=i||\"300px\";this.domNode.style.width=a;this.repaintGraph()}},{key:\"handleClickEvent\",value:function e(t){if(this.isZombieWidget()||!this.network)return;if(!this.graphDomNode.contains(t.target)){var i=this.network.getSelection();if(i.nodes.length||i.edges.length){this.logger(\"debug\",\"Clicked outside; deselecting nodes/edges\");this.network.selectNodes([]);this.resetVisManipulationBar()}}else{this.canvas.focus()}if(t.button!==2){this.contextMenu.hide(0,true)}}},{key:\"handleVisSelectNode\",value:function e(t){var i=t.nodes;this.assignActiveStyle(i)}},{key:\"assignActiveStyle\",value:function e(t){if(!Array.isArray(t))t=[t];var i=this.visOptions.nodes.color;for(var a=t.length;a--;){var s=t[a];var r=this.graphData.nodesById[s];var n=_utils2.default.merge({},i,r.color);this.graphData.nodes.update({id:s,color:{highlight:n,hover:n}})}}},{key:\"handleVisDeselectNode\",value:function e(t){}},{key:\"handleVisDragEnd\",value:function e(t){var i=t.nodes;if(!i.length){return}if(i.length===1&&this.view.isEnabled(\"raster\")){var a=this.network.getPositions()[i[0]];this.graphData.nodes.update(_extends({id:i[0]},_utils2.default.getNearestRasterPosition(a,parseInt(this.view.getConfig(\"raster\")))))}this.draggedNode=null;this.setNodesMoveable(i,false)}},{key:\"handleVisBeforeDrawing\",value:function e(t){var i=this.view,a=this.network,s=this.backgroundImage;if(s){t.drawImage(s,0,0)}if(i.isEnabled(\"raster\")){_utils2.default.drawRaster(t,a.getScale(),a.getViewPosition(),parseInt(i.getConfig(\"raster\")))}}},{key:\"handleVisAfterDrawing\",value:function e(t){if(this.selectRect){var i=this.selectRect.getRect();t.beginPath();t.globalAlpha=.5;t.fillStyle=\"#EAFFEF\";t.fillRect.apply(t,_toConsumableArray(i));t.beginPath();t.globalAlpha=1;t.strokeStyle=\"#B4D9BD\";t.strokeRect.apply(t,_toConsumableArray(i))}if(this.draggedNode&&this.view.isEnabled(\"raster\")){var a=this.network.getPositions()[this.draggedNode];var s=_utils2.default.getNearestRasterPosition(a,parseInt(this.view.getConfig(\"raster\")));t.strokeStyle=\"green\";t.fillStyle=\"green\";t.beginPath();t.moveTo(a.x,a.y);t.lineTo(s.x,s.y);t.stroke();t.beginPath();t.arc(s.x,s.y,5,0,Math.PI*2);t.fill()}}},{key:\"constructTooltip\",value:function e(t,i){var a=_utils2.default.parseJSON(t);var s=a.node||a.edge;var r=null;var n=\"text/html\";var o=\"text/vnd-tiddlywiki\";if(a.node){var l=$tm.tracker.getTiddlerById(s);var d=_utils2.default.getTiddler(l);var h=d.fields[$tm.field.nodeInfo];if(h){i.innerHTML=$tw.wiki.renderText(n,o,h)}else if(d.fields.text){_utils2.default.registerTransclude(this,\"tooltipWidget\",l);this.tooltipWidget.setVariable(\"tv-tiddler-preview\",\"yes\");this.tooltipWidget.render(i);\n}else{i.innerHTML=l}}else{var u=this.graphData.edgesById[s];var g=$tm.indeces.allETy[u.type];if(g.description){r=$tw.wiki.renderText(n,o,g.description)}i.innerHTML=r||g.label||g.id}}},{key:\"handleVisHoverElement\",value:function e(t){if($tm.mouse.buttons)return;var i=t.node||t.edge;var a=JSON.stringify(t);if(t.node){this.assignActiveStyle(i)}if(!this.isVisInEditMode()&&!this.contextMenu.isShown()){var s=this.constructTooltip;this.tooltip.show(a,s)}}},{key:\"handleVisBlurElement\",value:function e(t){this.tooltip.hide()}},{key:\"handleVisLoading\",value:function e(t){var i=t.total,a=t.iterations;this.graphLoadingBarDomNode.style.display=\"block\";this.graphLoadingBarDomNode.setAttribute(\"max\",i);this.graphLoadingBarDomNode.setAttribute(\"value\",a)}},{key:\"handleVisLoadingDone\",value:function e(t){this.graphLoadingBarDomNode.style.display=\"none\"}},{key:\"handleVisDragStart\",value:function e(t){var i=t.nodes;if(i.length){this.hidePopups(0,true);this.assignActiveStyle(i);this.setNodesMoveable(i,true);if(i.length===1){this.draggedNode=i[0]}}}},{key:\"destruct\",value:function e(){_utils2.default.setDomListeners(\"remove\",window,this.windowDomListeners);_utils2.default.setDomListeners(\"remove\",this.domNode,this.widgetDomListeners);this._destructVis()}},{key:\"_destructVis\",value:function e(){if(!this.network)return;_utils2.default.setDomListeners(\"remove\",this.canvas,this.canvasDomListeners);this.network.destroy();this.network=null}},{key:\"openTiddlerWithId\",value:function e(t){var i=this;var a=$tm.tracker.getTiddlerById(t);this.logger(\"debug\",\"Opening tiddler\",a,\"with id\",t);if(this.enlargedMode===\"fullscreen\"){(function(){var e=$tw.wiki.findDraft(a);var t=!!e;if(!t){var s=\"tm-edit-tiddler\";i.dispatchEvent({type:s,tiddlerTitle:a});e=$tw.wiki.findDraft(a)}var r={draftTRef:e,originalTRef:a};$tm.dialogManager.open(\"fullscreenTiddlerEditor\",r,function(s,r){if(s){var n=\"tm-save-tiddler\";i.dispatchEvent({type:n,tiddlerTitle:e})}else if(!t){_utils2.default.deleteTiddlers([e])}var o=\"tm-close-tiddler\";i.dispatchEvent({type:o,tiddlerTitle:a})})})()}else{var s=this.domNode.getBoundingClientRect();this.dispatchEvent({type:\"tm-navigate\",navigateTo:a,navigateFromTitle:this.getVariable(\"storyTiddler\"),navigateFromNode:this,navigateFromClientRect:{top:s.top,left:s.left,width:s.width,right:s.right,bottom:s.bottom,height:s.height}})}}},{key:\"getViewHolderRef\",value:function e(){if(this.viewHolderRef){return this.viewHolderRef}this.logger(\"info\",\"Retrieving or generating the view holder reference\");var t=this.getAttr(\"view\");var i=null;if(t){this.logger(\"log\",'User wants to bind view \"'+t+\"' to graph\");var a=$tm.path.views+\"/\"+t;if($tw.wiki.getTiddler(a)){i=$tm.path.localHolders+\"/\"+_utils2.default.genUUID();this.logger(\"log\",'Created an independent temporary view holder \"'+i+'\"');_utils2.default.setText(i,a);this.logger(\"log\",'View \"'+a+\"' inserted into independend holder\")}else{this.logger(\"log\",'View \"'+t+'\" does not exist')}}if(!i){this.logger(\"log\",\"Using default (global) view holder\");i=$tm.ref.defaultViewHolder}return i}},{key:\"setView\",value:function e(t,i){if(!_ViewAbstraction2.default.exists(t)){return}t=new _ViewAbstraction2.default(t);var a=t.getLabel();i=i||this.viewHolderRef;this.logger(\"info\",'Inserting view \"'+a+'\" into holder \"'+i+'\"');$tw.wiki.addTiddler(new $tw.Tiddler({title:i,text:a}))}},{key:\"getView\",value:function e(t){if(!t&&this.view){return this.view}var i=this.getViewHolderRef();var a=_utils2.default.getText(i);this.logger(\"debug\",\"Retrieved view from holder\");var s=void 0;if(_ViewAbstraction2.default.exists(a)){s=new _ViewAbstraction2.default(a)}else{this.logger(\"debug\",'Warning: View \"'+a+\"\\\" doesn't exist. Default is used instead.\");s=new _ViewAbstraction2.default(\"Default\")}return s}},{key:\"reloadBackgroundImage\",value:function e(t){var i=this;this.backgroundImage=null;var a=this.view.getConfig(\"background_image\");var s=_utils2.default.getTiddler(a);if(!s&&!a)return;var r=new Image;var n=function e(t){r.src=t};r.onload=function(){i.backgroundImage=r;i.repaintGraph();if(t){$tm.notify(t)}};if(s){var o=s.fields[\"_canonical_uri\"];if(o){_utils2.default.getImgFromWeb(o,n)}else if(s.fields.text){r.src=$tw.utils.makeDataUri(s.fields.text,s.fields.type)}}else if(a){_utils2.default.getImgFromWeb(a,n)}}},{key:\"repaintGraph\",value:function e(){var t=$tw.utils.hasClass(this.document.body,\"tmap-has-fullscreen-widget\");if(this.network&&(!t||t&&this.enlargedMode)){this.logger(\"info\",\"Repainting the whole graph\");this.network.redraw();this.fitGraph(0,1e3)}}},{key:\"setGraphButtonEnabled\",value:function e(t,i){var a=\"vis-button tmap-\"+t;var s=_utils2.default.getFirstElementByClassName(a,this.domNode);$tw.utils.toggleClass(s,\"tmap-button-enabled\",i)}},{key:\"setNodesMoveable\",value:function e(t,i){if(!t||!t.length||this.view.isEnabled(\"physics_mode\")){return}var a=[];var s=!i;for(var r=t.length;r--;){a.push({id:t[r],fixed:{x:s,y:s}})}this.graphData.nodes.update(a);if(s){this.logger(\"debug\",\"Fixing\",a.length,\"nodes\");this.view.saveNodePositions(this.network.getPositions());this.isPreventZoomOnNextUpdate=true}}},{key:\"addGraphButtons\",value:function e(t){var i=_utils2.default.getFirstElementByClassName(\"vis-navigation\",this.domNode);for(var a in t){var s=this.document.createElement(\"div\");s.className=\"vis-button tmap-\"+a;s.addEventListener(\"click\",t[a].bind(this),false);i.appendChild(s);this.setGraphButtonEnabled(a,true)}}}]);return t}(_widget.widget);exports.tmap=MapWidget;exports.tiddlymap=MapWidget;\n//# sourceMappingURL=./maps/felixhayashi/tiddlymap/js/widget/MapWidget.js.map\n",
"title": "$:/plugins/felixhayashi/tiddlymap/js/widget/MapWidget",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/license": {
"title": "$:/plugins/felixhayashi/tiddlymap/license",
"subtitle": "License",
"caption": "License",
"text": "\\rules except wikilink\n\n!! TiddlyMap\n\nCopyright (c) 2014, Felix Küppers\nAll rights reserved.\n\nTiddlyMap is licensed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]]. For the exact license terms, please visit [[https://github.com/felixhayashi/TW5-TiddlyMap/blob/master/LICENSE]]. \n\n!! TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n# BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n# Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! Vis.js\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n# Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n# MIT License (MIT)\n"
},
"$:/plugins/felixhayashi/tiddlymap/readme": {
"title": "$:/plugins/felixhayashi/tiddlymap/readme",
"text": "* Please refer to the project-readme hosted at [[https://github.com/felixhayashi/TW5-TiddlyMap]].\n* A demo with several examples and explanations can be found at [[http://tiddlymap.org]]."
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tmap:unknown": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tmap:unknown",
"description": "Automatically assigned to an edge that does not have a type assigned",
"style": "{\"color\":\"gray\"}",
"show-label": "false"
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-body:link": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-body:link",
"description": "A link that is contained in the tiddler's body pointing to another resource.",
"style": "{\"color\":\"orange\", \"dashes\":true}",
"label": "links to",
"text": ""
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:list": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:list",
"description": "Contained in a list of this tiddler",
"style": "{ \"color\": \"red\", \"dashes\":true}",
"label": "listed in",
"text": ""
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:tags": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:tags",
"description": "A tag that refers to a tiddler of the same name.",
"style": "{ \"color\": \"DarkSlateGray\", \"dashes\":true}",
"label": "tagged with"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/default": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/default",
"caption": "Overview",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-plain\">\n Please visit the [[online docs|http://tiddlymap.org/Documentation]]\n for more information about the available global options.\n</div>\n<table class=\"tmap-key-value-table\">\n <tr>\n <th align=\"left\">Plugin version</th>\n <td><<pluginVersion>></td>\n </tr>\n<!--\n <tr>\n <th align=\"left\">Datastructure version</th>\n <td><<dataStructureVersion>></td>\n </tr>\n-->\n <tr>\n <th align=\"left\">Nodes in system</th>\n <td><<numberOfNodes>></td>\n </tr>\n <tr>\n <th align=\"left\">Edges in system</th>\n <td><<numberOfEdges>></td>\n </tr>\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/editor": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/editor",
"caption": "Editor",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Show Neighbour­hood menu\"\n field:\"config.sys.editorMenuBar.showNeighScopeButton\"\n descr:\"Show or hide the neighbourhood menu button.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show Screen­shot menu\"\n field:\"config.sys.editorMenuBar.showScreenshotButton\"\n descr:\"Show or hide the screenshot menu button.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show Raster­ menu\"\n field:\"config.sys.editorMenuBar.showRasterMenuButton\"\n descr:\"Show or hide the raster menu button.\">>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/fields": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/fields",
"caption": "Field settings",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"Node-icon field\"\n field:\"config.sys.field.nodeIcon\" \n descr:\"Local image used as node image in the graphs.\">>\n <<tmap-row type:\"input-text\"\n title:\"Node-label field\"\n field:\"config.sys.field.nodeLabel\" \n descr:\"Alternative node label to use instead of the title.\">>\n <<tmap-row type:\"input-text\"\n title:\"Node-info field\"\n field:\"config.sys.field.nodeInfo\" \n descr:\"Field used as tooltip when hovering over a node in a graph.\"\n note:\"It is prohibited to use the text field here.\">>\n</table> \n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/interaction": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/interaction",
"caption": "Interaction & behaviour",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\"\n title=\"Default startup view\"\n field=\"config.sys.defaultView\"\n nochoice=\"Last view used at startup\"\n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"The view to display at startup\" />\n <<tmap-row type:\"input-checkbox\"\n title:\"Show popups\"\n field:\"config.sys.popups.enabled\"\n descr:\"Set this to true if you want to see automatic\n popups in the map.\">>\n <$list filter=\"[config.sys.popups.enabled[true]]\">\n <<tmap-row type:\"input-text\"\n title:\"Popup delay\"\n field:\"config.sys.popups.delay\"\n descr:\"The time in miliseconds that needs to pass after\n a tooltip is triggered.\">>\n <<tmap-row type:\"input-text\"\n title:\"Popup width\"\n field:\"config.sys.popups.width\"\n descr:\"The default max-width of the popup.\"\n note:\"Make sure you added the desired unit (e.g. `px`).\n Requires a wiki refresh.\">>\n <<tmap-row type:\"input-text\"\n title:\"Popup height\"\n field:\"config.sys.popups.height\"\n descr:\"The default max-height of the popup.\"\n note:\"Make sure you added desired the unit (e.g. `px`).\n Requires a wiki refresh.\">>\n </$list>\n <<tmap-row type:\"input-checkbox\"\n title:\"Allow single click mode\"\n field:\"config.sys.singleClickMode\"\n descr:\"A single click on a node is sufficient to open the\n corresponding tiddler.\"\n note:\"Drag and drop will still work and does not cause a\n tiddler to be opened. Single click is never active in\n the map editor.\">>\n <<tmap-row type:\"input-select\"\n title:\"Edge click behaviour\"\n field:\"config.sys.edgeClickBehaviour\"\n selectFilter:\"[[nothing|Nothing]]\n [[manager|Open edge-type manager]]\"\n descr:\"What should happen when you click on an edge?\">>\n <<tmap-row type:\"input-select\" title:\"Raster size\" field:\"config.sys.raster\"\n selectFilter:\"[[|disabled]] [[5|5px]] [[10|10px]] [[15|15px]] [[20|20px]] [[30|30px]] [[40|40px]]\"\n descr:\"Snap nodes to an invisible raster of the given size after drag'n'drop.\"\n note:\"Only works when the view is not in floating mode\">>\n</table>\n\n!! Suppressed dialogs\n\n<div class=\"tmap-flash-message tmap-plain\">\n Dialogs that you decided to suppress in the past are listed here.\n Remove the checkmark to enable dialogs again.\n</div>\n\n<table class=\"tmap-config-table\">\n <$list\n filter=\"[<output>fields[]prefix[config.sys.suppressedDialogs]]\"\n emptyMessage=\"–\">\n <$set name=\"dialogName\" value=<<tmap basename \".\">>>\n <$macrocall $name=\"tmap-row\"\n type=\"input-checkbox\"\n title=\"Suppress '$(dialogName)$' dialog\"\n field=<<currentTiddler>> />\n </$set>\n <br />\n </$list>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/liveTab": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/liveTab",
"caption": "Live tab",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Show Live tab\"\n field:\"liveTab\" \n descr:\"Show or hide the live tab in the sidebar.\">>\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\"\n title=\"Fallback view\"\n field=\"config.sys.liveTab.fallbackView\" \n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"The view to display in the sidebar's live tab in\n case the current tiddler did not specify a view\n to open.\" />\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig",
"subtitle": "{{$:/core/images/options-button}} Global configuration of TiddlyMap",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n\n<$macrocall $name=\"tabs\"\n default=<<concat \"$(template)$/default\">>\n tabsList=\"[all[shadows]prefix<template>] -[<template>]\"\n/>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/verbosity": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/verbosity",
"caption": "Verbosity",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-plain\">\n Here you can restrict the system's talkativeness.\n</div>\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Debug output\"\n field:\"config.sys.debug\" \n descr:\"Set this to true if you want debug information to be\n displayed in the browser console.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show notifications\"\n field:\"config.sys.notifications\" \n descr:\"Set this to true if you want to receive fade-out\n notifications for important events.\">>\n</table> "
},
"$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/vis": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/vis",
"classes": "tmap-remove-top-space",
"caption": "Graph",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n The global vis configurations will affect all views and their\n elements (nodes and edges) unless they are overridden on a lower\n level. All options below are documented at\n [[vis.js.org|http://visjs.org/docs/network]].\n</div>\n<div class=\"tmap-flash-message tmap-info\">\n Only config items that you actually changed have an effect on\n the graph. Other options are visible, yet, inactive.\n</div>\n<$tmap-config\n mode=\"manage-config\"\n inherited=\"vis-inherited\"\n extension=\"config.vis\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/default": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/default",
"caption": "Overview",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n All configurations __only__ affect this view.\n</div>\n\n<table class=\"tmap-key-value-table\">\n <tr>\n <th align=\"left\">Created on</th>\n <td><<createdOn>></td>\n </tr>\n <tr>\n <th align=\"left\">Nodes contained in graph</th>\n <td><<numberOfNodes>></td>\n </tr>\n <tr>\n <th align=\"left\">Edges contained in graph</th>\n <td><<numberOfEdges>></td>\n </tr>\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/editFilters": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/editFilters",
"caption": "Edit filters",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n Completely new to filters? Please read\n [[Introduction to filter notation|http://tiddlywiki.com/#Introduction%20to%20filter%20notation]]\n first.\n</div>\n\n<fieldset>\n <legend>Filters <sup>[1]</sup></legend>\n <table class=\"tmap-config-table tmap-large-input\">\n <<tmap-row type:\"input-textarea\"\n title:\"Node filter\"\n field:\"filter.prettyNodeFltr\"\n descr:\"In the map, only those tiddlers that match this filter\n are shown. Drafts and system tiddlers are automatically\n excluded.\">>\n <<tmap-row type:\"input-textarea\"\n title:\"Edge-type filter\"\n field:\"filter.prettyEdgeFltr\" \n descr:\"Only edges with a type that matches the filter are shown.\">>\n </table> \n</fieldset>\n\n---\n\n<sup>[1]</sup> In the editors above, a new line is equivalent to a space symbol.<br />\n<sup>[2]</sup> It is suggested to read\n[[Node and edge-type filters|http://tiddlymap.org#Node%20and%20edge-type%20filters]]\nand [[Edge-type namespaces|http://tiddlymap.org#Node%20and%20edge-type%20filters]]\nbefore using Tiddlymap's filter editor."
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/layout": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/layout",
"caption": "Layout",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-checkbox\"\n title:\"Floating nodes\"\n field:\"config.physics_mode\" \n descr:\"Set this to true if you want your nodes to freely\n swirl around.\">>\n <<tmap-row type:\"input-text\"\n title:\"Background image\"\n field:\"config.background_image\" \n descr:\"The title of an image tiddler to be used as background\n in the view.\"\n note:\"You can also use an image url directly, however, the\n image needs be stored under the same domain as your wiki.\n Otherwise, it won't be displayed!\">>\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/namespace": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/namespace",
"caption": "Namespace",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table tmap-small-input\">\n <<tmap-row type:\"input-text\"\n title:\"Edge-type namespace\"\n field:\"config.edge_type_namespace\" \n descr:\"A namespace (like `foaf` in `foaf:knows`) that will be\n automatically added to all edge types you create in\n this view. The namespace is only added if the types\n do not exist yet and do not have a namespace assigned yet.\n Namespaces are always hidden in the graph.\"\n note:\"Most likely, you don't want the edges created with this\n namespace to leak into other views, moreover, you don't\n want edges that do not possess the namespace ever to be\n shown here. In this case, use a private marker (`_`)\n in front of your namespace, e.g. `_mynamespace` and use\n an appropriate edge type filter, i.e. `+[prefix[_mynamespace]]`\n For further information see:\n \n * [[Edge-type namespaces|http://tiddlymap.org/#Edge-type%20namespaces]]\n * [[Private edge types|http://tiddlymap.org/#Private%20edge%20types]]\n \">>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView",
"subtitle": "{{$:/core/images/options-button}} View configuration -- <<view>>",
"text": "\\rules except wikilink\n\n\\define privateEdgeTypes() [[private edge-types|http://tiddlymap.org/#Private%20edge%20types]]\n\n<$macrocall $name=\"tabs\"\n default=<<concat \"$(template)$/default\">>\n tabsList=\"[all[shadows]prefix<template>] -[<template>]\"\n/>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView/vis": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView/vis",
"caption": "Graph",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n The local vis configurations will affect all\n elements (nodes and edges) of this view, unless they are\n overridden on a lower level. All options below are documented at\n [[vis.js.org|http://visjs.org/docs/network]].\n</div>\n<div class=\"tmap-flash-message tmap-info\">\n Only config items that you actually changed have an effect on the\n graph. Other options are visible, yet, inactive.\n</div>\n<$tmap-config\n mode=\"manage-config\"\n inherited=\"vis-inherited\"\n extension=\"config.vis\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType",
"subtitle": "{{$:/plugins/felixhayashi/tiddlymap/icon}} Edge type specification",
"text": "\\rules except wikilink\n\\rules except underscore\n\n\\define filter() $(allEdgeTypes)$ +[search:title[$(term)$]]\n\n\\define badge(color, label, tooltip)\n<span style=\"background: $color$\" title=\"$tooltip$\">$label$</span>\n\\end\n\n\\define badges()\n<$tiddler tiddler={{!!text}}>\n<$set name=\"id\" value=<<tmap \"getETyId\" \"$(view)$\">>>\n<$set name=\"isVisible\" value=<<tmap \"isETyVisible\" \"$(view)$\">>>\n<div class=\"tmap-badges\">\n <span\n style=\"background: darkslategray\"\n title=\"Your input translates into this id.\">\n <<id>>\n </span>\n <$list filter=\"[<isVisible>regexp[true]]\">\n <<badge \"green\" \"visible\" \"Matches your view's filter\">>\n </$list>\n <$list filter=\"[<isVisible>regexp[false]]\">\n <<badge \"red\" \"not visible\" \"Doesn't match your view's filter\">>\n </$list>\n <$list filter=\"[<id>!regexp[^tmap:unknown$]]\" variable=\"item\">\n <$list filter=\"[<id>regexp[^_]]\">\n <<badge \"purple\" \"private\" \"Not shown in other views per default\">>\n </$list>\n <$list filter=\"[<id>regexp[.+:.+]]\">\n <<badge \"orange\" \"namespace\" \"This type is prefixed with a proper namespace\">>\n </$list>\n </$list>\n</div>\n</$set>\n</$set>\n</$tiddler>\n\\end\n\n\\define search()\n<p>\n You are about to connect \"<$text text=\"$(fromLabel)$\" />\"\n with \"<$text text=\"$(toLabel)$\" />\". Please specify a type.\n</p>\n<table id=\"tmap-search-table\">\n <tr>\n <td><b>Type:</b></td>\n <td>\n <$edit-text\n focus=\"true\"\n field=\"text\"\n type=\"text\"\n tag=\"input\"\n default=\"\"\n class=\"tmap-trigger-field\n tmap-triggers-ok-button-on-enter\n tmap-triggers-cancel-button-on-esc\" />\n <<badges>>\n </td>\n </tr>\n <tr>\n <td></td>\n <td>\n <$set name=\"term\" value={{!!text}}>\n <$set name=\"allEdgeTypes\" value=<<tmap \"option\" \"selector.allEdgeTypesById\">>>\n <ul class=\"tmap-small-list\">\n <$list filter=<<filter>>>\n <li>\n <$button class=\"tc-btn-invisible tmap-link\">\n <$view field=\"title\" />\n <$action-setfield $tiddler=<<output>> text={{!!title}} />\n </$button>\n </li>\n </$list>\n </ul>\n </$set>\n </$set>\n </td>\n </tr>\n</table>\n\\end\n\n<$list filter=\"[<temp>!has[more]]\" variable=\"item\"><<search>></$list>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/addNodeToMap": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/addNodeToMap",
"subtitle": "{{$:/core/images/tag-button}} Add node",
"classes": "tmap-modal-add-node",
"text": "\\rules except wikilink\n\n\\define backButtonText() back to list\n\\define outputAndTemplate() [[$(output)$]] [[$(template)$]]\n\n\\define editor()\n <$button class=\"tmap-go-back tc-btn-invisible\">\n {{$:/core/images/chevron-left}} <<backButtonText>>\n <$action-deletefield $tiddler=<<temp>> more template />\n <$action-sendmessage\n $message=\"tmap:tm-clear-tiddler\"\n keep=\"draft.title\"\n title=<<output>> />\n </$button>\n\n <$list filter=\"[<output>get[draft.title]is[tiddler]]\">\n <div class=\"tmap-flash-message tmap-warning\">\n Tiddler already exists! Use another title or click\n \"<<backButtonText>>\" to cancel your edit.\n </div>\n </$list>\n\n <div class=\"tmap-modal-editor\">\n <table class=\"tmap-config-table\">\n <tr class=\"tmap-template-select\">\n <td>Template</td>\n <td>\n <$select\n tiddler=<<temp>>\n field=\"template\">\n <option value=\"\"></option>\n <$list filter=<<tmap \"option\" \"selector.allPotentialNodes\">>>\n <option><$view field=\"title\" /></option>\n </$list>\n </$select>\n <$button>Load\n <$action-sendmessage\n $message=\"tmap:tm-clear-tiddler\"\n keep=\"draft.title\"\n title=<<output>> />\n <$list filter=\"[<temp>get[template]]\" variable=\"template\">\n <$action-sendmessage\n $message=\"tmap:tm-merge-tiddlers\"\n tiddlers=<<outputAndTemplate>>\n output=<<output>> />\n <$action-deletefield $tiddler=<<output>> tmap.id tmap.edges />\n </$list>\n </$button>\n </td>\n <td>Press the \"load\" button to activate the template.</td>\n </tr>\n </table>\n <$importvariables filter=\"[all[tiddlers+shadows]prefix[$:/core/macros/]]\">\n <$set name=\"currentTiddler\" value=<<output>>>\n <$transclude tiddler=\"$:/core/ui/EditTemplate\" mode=\"block\" />\n </$set>\n </$importvariables>\n </div>\n\\end\n\n\\define search()\n<p>Add an existing tiddler to the map or create a new one.</p>\n<table id=\"tmap-search-table\">\n <tr>\n <td><b>Title:</b></td>\n <td>\n <$edit-text\n tiddler=<<output>>\n field=\"draft.title\"\n focus=\"true\"\n type=\"text\"\n tag=\"input\"\n default=\"\"\n class=\"tmap-trigger-field\n tmap-triggers-ok-button-on-enter\n tmap-triggers-cancel-button-on-esc\" />\n <$list filter=\"[<output>get[draft.title]!is[tiddler]]\">\n <$button\n tooltip=\"The tiddler does not exist yet and you may edit it\n before it is added to the map\">\n {{$:/core/images/edit-button}}\n <$action-setfield $tiddler=<<temp>> more=\"true\" />\n </$button> <sup>[1]</sup>\n </$list>\n </td>\n </tr>\n <tr>\n <td></td>\n <td>\n <$set name=\"term\" value={{!!draft.title}}>\n <ul class=\"tmap-small-list\">\n <$list filter=\"[search:title<term>!is[system]!has[draft.of]]\">\n <li>\n <$button class=\"tc-btn-invisible tmap-link\">\n <$view field=\"title\" />\n <$action-setfield $tiddler=<<output>> draft.title={{!!title}} />\n </$button>\n </li>\n </$list>\n </ul>\n </$set>\n </td>\n </tr>\n</table>\n\n<$list filter=\"[<output>get[draft.title]!is[tiddler]]\">\n<hr />\n<sup>[1]</sup>\n<small>\n The tiddler does not exist yet and you may edit it\n before it is added to the map\n</small>\n</$list>\n\\end\n\n<$list filter=\"[<temp>!has[more]]\" variable=\"item\"><<search>></$list>\n<$list filter=\"[<temp>has[more]]\" variable=\"item\"><<editor>></$list>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog",
"subtitle": "{{$:/core/images/locked-padlock}} You cannot delete this view!",
"buttons": "ok",
"text": "\\rules except wikilink\n\nIt is not possible to delete the current view as ''<<count>>'' tiddlers\nare referencing it. To delete the view you must first remove the tiddlymap\nwidgets in the tiddlers listed below or change their view attributes.\n\n''References''\n\n<ul>\n<$list filter=<<refFilter>> variable=\"item\">\n <li><$link><<item>></$link></li>\n</$list>\n</ul>\n\nAfter the references are removed, you may delete the view.\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation",
"subtitle": "{{$:/core/images/import-button}} You must confirm in order to proceed!",
"text": "\\rules except wikilink\n\n<<message>>\n\n''Are you really sure you want to do this?''"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/createView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/createView",
"subtitle": "{{$:/core/images/new-button}} Creating a new view",
"text": "\\rules except wikilink\n\n<table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"View name\"\n field:\"name\"\n focus:\"true\"\n class:\"tmap-trigger-field\n tmap-triggers-ok-button-on-enter\n tmap-triggers-cancel-button-on-esc\"\n descr:\"The name for the new view. If no name is entered,\n the program will invent one for you.\"\n note:\"You cannot override an existing view. In this case,\n you need to delete the old view first! You must no use\n slashes (`/`) in the name.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Clone view\"\n field:\"clone\"\n descr:\"Use the view that is currently displayed in the\n editor as blueprint. The view will be an __exact__\n clone of the current one, only with a different\n name.\">>\n</table>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog",
"subtitle": "{{$:/core/images/delete-button}} You are about to delete <<count>> nodes",
"text": "\\rules except wikilink\n\n''Please choose an option or abort:''\n\n<$radio tiddler=<<output>> field=\"delete-from\" value=\"system\">\n Delete nodes from system <sup>[1]</sup>\n</$radio><br />\n<$radio tiddler=<<output>> field=\"delete-from\" value=\"filter\">\n Delete nodes from graph's filter <sup>[2]</sup>\n</$radio>\n\nThe following nodes will be deleted:\n\n<ul>\n<$list filter=<<tiddlers>>>\n <li><$view tiddler={{!!title}} field=\"title\" /></li>\n</$list>\n</ul>\n\n---\n\n<sup>[1]</sup>\n<small>This will delete all nodes, their corresponding tiddlers and all connected edges.</small><br/>\n<sup>[2]</sup>\n<small>''Important:'' Removing a node from the graph's filter only works, if the node has been added in the map editor per double click or via \"Add Node\". If the node hasn't been added as mentioned above, you need to change the underlying tiddler in a way that it doesn't match your filter anymore, if you don't want it to be displayed in the graph.</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/dublicateIdInfo": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/dublicateIdInfo",
"subtitle": "{{$:/core/images/info-button}} Dublicate id detected",
"buttons": "ok_suppress",
"text": "\\rules except wikilink\n\nTiddlyMap requires the value of the id field (\"tmap.id\") to be\nunique in order to correctly identify nodes and tiddlers.\n\nThe id of the \"<<param.changedTiddler>>\" already exists for these tiddlers:\n\n<ul>\n<$list filter=<<param.filter>> variable=\"item\">\n <li><$link><<item>></$link></li>\n</$list>\n</ul>\n\nTherefore TiddlyMap\n\n* assigned a new id to tiddler \"<<param.changedTiddler>>\"\n* removed all edges from \"<<param.changedTiddler>>\"\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeNotVisible": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeNotVisible",
"subtitle": "{{$:/core/images/info-button}} Edge will not be visible in view \"<<view>>\"",
"buttons": "ok_suppress",
"text": "\\rules except wikilink\n\nYou just created an edge of type\n<code><$text text=<<type>> /></code> that will not be\nvisible in this view because it doesn't match your\nedge-type filter settings.\n\nThe current edge-type filter of view \"<<view>>\" looks like this:\n\n<pre><code><$text text=<<eTyFilter>> /></code></pre>\n\nTo have the newly added type displayed in your view, adjust your\nedge-type filter accordingly. \n\nSome suggestions:\n\n<ul>\n <li>\n Explicitly add the type to the filter:\n <code><$text text=\"[[\" /><$text text=<<type>> /><$text text=\"]]\" /></code>\n </li>\n <li>\n <$set\n filter=\"[<type>regexp[:]splitbefore[:]]\"\n name=\"prefix\"\n emptyValue=<<tmap halfOfString \"$(type)$\">>>\n Add a filter rule (e.g. a prefix filter) that will match\n your type: <code>[prefix[<<prefix>>]]</code>\n </$set>\n </li>\n <li>Make your current view-filter less restrictive.</li>\n</ul>\n\nFor further information, please see:\n[[Node and edge-type filters|http://tiddlymap.org#Node%20and%20edge-type%20filters]]."
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editNode/default": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode/default",
"caption": "Global node style",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n A node's ''global configuration''\n (also referred to as //global individual config//) defines its\n individual appearance and behaviour in all views.\n</div>\n<<maybeShowTidColorWarning>>\n \n<$macrocall $name=\"sharedSettings\"\n twIconField=<<tidIconField>>\n faIconField=\"global.tmap.fa-icon\"\n labelField=<<tidLabelField>> />\n\n<$macrocall $name=\"visConfiguration\"\n mode=\"manage-node-types\"\n extensionField=\"global.tmap.style\"\n styleName=\"node's global style\"\n inheritedList=\"[[inherited-global-default-style]]\n [[inherited-local-default-style]]\n [[inherited-group-styles]]\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local",
"caption": "Local node style",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n \n<div class=\"tmap-flash-message tmap-info\">\n The ''local node configuration'' \n (also referred to as //view-specific node configuration//)\n overrides the //global individual configuration// and only affects\n the node's appearance and behaviour in the current view.\n</div>\n<<maybeShowTidColorWarning>>\n\n<fieldset>\n <legend>Behaviour</legend>\n <table class=\"tmap-config-table\">\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\"\n title=\"Open view\"\n field=\"local.open-view\"\n nochoice=\"Disabled\"\n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"Clicking on this node will open the specified\n view instead of the tiddler represented by this node.\" />\n </table>\n</fieldset>\n\n<$macrocall $name=\"sharedSettings\"\n twIconField=\"local.tw-icon\"\n faIconField=\"local.fa-icon\"\n labelField=\"local.label\" />\n \n<$macrocall $name=\"visConfiguration\"\n mode=\"manage-node-types\"\n extensionField=\"local-node-style\"\n styleName=\"node's local style\"\n inheritedList=\"[[inherited-global-default-style]]\n [[inherited-local-default-style]]\n [[inherited-group-styles]]\n [[global.tmap.style]]\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editNode": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editNode",
"subtitle": "{{$:/core/images/edit-button}} Editing style of node \"<<tiddler>>\"",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n\n\\define maybeShowTidColorWarning()\n <$list filter=\"[<tidColor>regexp[.+]]\">\n <div class=\"tmap-flash-message tmap-warning\">\n You have set the tiddler's color\n field to \"<<tidColor>>\". This value will be completely ignored\n when you change node's color properties in the vis editor below.\n </div>\n </$list>\n\\end\n\n\\define iconSettings(twIconField, faIconField)\n <fieldset>\n <legend>Icon Settings</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"TW-icon\"\n field:\"$twIconField$\"\n descr:\"A tiddlywiki image reference.\n For example '$:/core/icon' for Movotun Jack.\">>\n <<tmap-row type:\"input-text\"\n title:\"FA-icon\"\n field:\"$faIconField$\"\n descr:\"A Font Awesome icon code.\n For example 'f206' for the bicycle symbol.\">>\n </table>\n </fieldset>\n\\end\n\n\\define sharedSettings(twIconField, faIconField, labelField)\n <fieldset>\n <legend>General Settings</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"Label\"\n field:\"$labelField$\"\n descr:\"Use this value as node label.\">>\n </table>\n </fieldset>\n <!-- display icon fieldset -->\n <<iconSettings \"$twIconField$\" \"$faIconField$\">> \n\\end\n\n<$macrocall\n $name=\"tabs\"\n default=<<concat \"$(template)$/default\">>\n tabsList=\"[all[shadows]prefix<template>] -[<template>]\"\n/>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/draft",
"caption": "Draft",
"text": "\\rules except wikilink\n\n<div class=\"tmap-modal-editor\">\n <$importvariables filter=\"[all[tiddlers+shadows]prefix[$:/core/macros/]]\">\n <$set name=\"currentTiddler\" value=<<draftTRef>> >\n <$transclude tiddler=\"$:/core/ui/EditTemplate\" field=\"text\" mode=\"block\" />\n </$set>\n </$importvariables>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original",
"caption": "Preview",
"text": "\\rules except wikilink\n\n<div class=\"tmap-modal-editor\">\n <$importvariables filter=\"[all[tiddlers+shadows]prefix[$:/core/macros/]]\">\n <$set name=\"currentTiddler\" value=<<draftTRef>> >\n <$transclude tiddler=\"$:/core/ui/ViewTemplate\" field=\"text\" mode=\"block\" />\n </$set>\n </$importvariables>\n</div>\n\n<!--\n<$set name=\"currentTiddler\" value=<<draftTRef>> >\n <$transclude tiddler=\"$:/core/ui/ViewTemplate\" field=\"text\" mode=\"block\" />\n</$set>-->\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor",
"subtitle": "{{$:/core/images/edit-button}} <<originalTRef>>",
"classes": "tmap-modal-fullscreen-editor tmap-remove-top-space",
"text": "\\rules except wikilink\n\n\\define defaultTab() $:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/original\n\n<$macrocall $name=\"tabs\"\n default=<<defaultTab>>\n tabsList=\"[all[shadows]prefix[$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor/]]\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fieldChanged": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fieldChanged",
"subtitle": "{{$:/core/images/info-button}} The field \"<<name>>\" changed",
"text": "\\rules except wikilink\n\nYou changed the field \"<<name>>\" from \"<<oldValue>>\" to \"<<newValue>>\".\n\nIt is recommended to let TiddlyMap copy all values from the former field \"<<oldValue>>\" to the new field \"<<newValue>>\" so the data stored in \"<<oldValue>>\" is not lost. This operation has to be done now or never.\n\nDo you want to move each tiddler's existing \"<<oldValue>>\" value to \"<<newValue>>\"? Please note that any value currently stored in \"<<newValue>>\" would consequently be overridden and the old field \"<<oldValue>>\" would be eventually removed!"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenNotSupported": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenNotSupported",
"subtitle": "{{$:/core/images/info-button}} Your machine does not support fullscreen",
"buttons": "ok_suppress",
"text": "\\rules except wikilink\n\nPlease have a look [[here|http://caniuse.com/#feat=fullscreen]] to see a list of supported devices/browsers.\n\nSorry for this :("
},
"$:/plugins/felixhayashi/tiddlymap/dialog/renameView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/renameView",
"subtitle": "{{$:/core/images/tag-button}} Please specify a view name",
"text": "\\rules except wikilink\n\n''Name:''\n<$edit-text focus=\"true\" tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"\n class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" />\n\nNote that ''<<count>>'' tiddlers are referencing this view.\n\n<$reveal type=\"nomatch\" text=\"0\" default=<<count>>>\n\nRenaming the view will cause the reference to be invalid.\nIt is recommended to first remove the tiddlymap widgets in\nthe tiddlers listed below or change their view attributes\naccordingly.\n\n''References''\n\n<ul>\n<$list filter=<<refFilter>> variable=\"item\">\n <li><$text text=<<item>> /></li>\n</$list>\n</ul>\n\n</$reveal>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/saveCanvas": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/saveCanvas",
"subtitle": "{{$:/core/images/options-button}} Save a snapshot image of view \"<<view>>\"",
"text": "\\rules except wikilink\n\n\\define preview()\n<div class=\"tmap-save-canvas-preview\">\n <$transclude tiddler=<<snapshot>> /><br />\n Measures: <<width>> × <<height>>\n</div>\n\\end\n\n<table class=\"tmap-config-table\">\n<!--\n <<tmap-row type:\"input-text\"\n title:\"Name\"\n field:\"name\">\n-->\n<$macrocall $name=\"tmap-row\"\n type=\"input-text\"\n title=\"Name\"\n field=\"name\"\n descr=<<preview>> />\n</table>\n\n<fieldset><legend>Options</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row type:\"input-radio\"\n title:\"Action\"\n field:\"action\" \n selectFilter:\"[[download|Download]]\n [[wiki|Save in wiki]]\n [[placeholder|Use as placeholder for this view]]\"\n descr:\"Save the image by downloading it to your computer or\n save it as a tiddler in your wiki.<br /><br />\n A third option is to make TiddlyMap use this image as\n placeholder for the current view. Placeholders are used\n when tiddlers are exported in form of static html\n or when editing a tiddler while having the preview\n shown. In this case the title input is ignored.\">>\n </table>\n</fieldset>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog",
"text": "\\rules except wikilink\n\n<div class=<<classes>>>\n<$importvariables\n filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\n [[$:/core/macros/tabs]]\">\n<$transclude tiddler=<<template>> mode=\"block\" />\n</$importvariables>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/welcome": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/welcome",
"subtitle": "{{$:/core/images/info-button }} Welcome",
"buttons": "ok",
"text": "\\rules except wikilink\n\n<$list filter=\"[[$:/plugins/felixhayashi/topstoryview]]\">\n<div class=\"tmap-flash-message tmap-success\">\n TiddlyMap configured your wiki for optimal use. Please save &\n restart after closing this dialog.\n</div>\n</$list>\n\nIt seems that you freshly installed TiddlyMap.\n\n* In case you need any help, please consult the [[online docs|http://tiddlymap.org#Documentation]] first.\n* You are welcome to create an [[issue|https://github.com/felixhayashi/TW5-TiddlyMap/issues]] at GitHub for any bug you discover.\n* Make sure to revisit the [[demo site|http://tiddlymap.org]] to see whether your version is up-to-date.\n* If you like TiddlyMap, please give it a star at [[GitHub|https://github.com/felixhayashi/TW5-TiddlyMap]] or tell your friends about it :)\n\nHave a great time.\n\n---\n\n''Please note:'' TiddlyMap is distributed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]], which belongs to the same license family, as the license used by TiddlyWiki. By using this plugin you agree to the product's [[License Terms|https://github.com/felixhayashi/TW5-TiddlyMap/blob/master/LICENSE]]."
},
"$:/plugins/felixhayashi/tiddlymap/dialog/widgetCodeGenerator": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/widgetCodeGenerator",
"subtitle": "{{$:/core/images/permalink-button}} Widget Code Generator",
"buttons": "close",
"text": "\\rules except wikilink\n\n<div class=\"tmap-flash-message tmap-info\">\n Use the code below to embed a view in a tiddler.\n</div>\n\n<pre style=\"white-space: normal;\">\n<$tmap\n\n<$list filter=\"[<output>has[var.view]]\">\n view=\"<$view field='var.view' />\"</$list>\n<$list filter=\"[<output>field:var.click-to-use[true]]\">\n click-to-use=\"true\"</$list>\n<$list filter=\"[<output>has[var.editor]]\">\n editor=\"<$view field='var.editor' />\"</$list>\n<$list filter=\"[<output>has[var.width]]\">\n width=\"<$view field='var.width' />\"</$list>\n<$list filter=\"[<output>has[var.height]]\">\n height=\"<$view field='var.height' />\"</$list>\n<$list filter=\"[<output>has[var.class]]\">\n class=\"<$view field='var.class' />\"</$list>\n<$list filter=\"[<output>field:var.show-buttons[false]]\">\n show-buttons=\"false\"</$list>\n<$list filter=\"[<output>has[var.design]]\">\n design=\"<$view field='var.design' />\"</$list>></$tmap>\n</pre>\n\n<fieldset>\n <legend>Parameters</legend> \n <table class=\"tmap-config-table\">\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\"\n title=\"View\"\n field=\"var.view\"\n nochoice=\" \"\n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"The view to bind the wiedget to\" />\n <<tmap-row type:\"input-select\"\n title:\"Editor bar\"\n field:\"var.editor\"\n selectFilter:\"[[|Hidden]]\n [[vis|Simple]]\n [[advanced|Advanced]]\"\n descr:\"Whether the widget should act as an editor or not.\">>\n <<tmap-row type:\"input-select\"\n title:\"Design\"\n field:\"var.design\"\n selectFilter:\"[[|Normal]]\n [[plain|Plain]]\"\n descr:\"Usually a header is displayed and borders. Plain\n design will only show the mere graph.\">>\n <<tmap-row type:\"input-text\"\n title:\"Height\"\n field:\"var.height\"\n descr:\"Graph's height in css units. Defaults to '300px'.\">>\n <<tmap-row type:\"input-text\"\n title:\"Width\"\n field:\"var.width\"\n descr:\"Graph's width in css units. Defaults to '100%'.\">>\n <<tmap-row type:\"input-text\"\n title:\"Class\"\n field:\"var.class\"\n descr:\"A custom class to apply your own css.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Click to use\"\n field:\"var.click-to-use\"\n default:\"false\"\n descr:\"A click is needed to enable the graph.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show buttons\"\n field:\"var.show-buttons\"\n default:\"true\"\n descr:\"Show or hide the graph's navigation buttons.\">>\n </table>\n</fieldset>"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/close": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/close",
"text": "\\rules except wikilink\n\n<$button class=\"tmap-dialog-button tmap-close-button\" tooltip=\"Close this dialog\">Close\n\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n \n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok",
"text": "\\rules except wikilink\n\n<$button class=\"tmap-dialog-button tmap-ok-button\" tooltip=\"Confirm dialog\">OK\n\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n \n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_cancel": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_cancel",
"text": "\\rules except wikilink\n\n<$transclude tiddler=\"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok\" mode=\"inline\" />\n<$button class=\"tmap-dialog-button tmap-cancel-button\" tooltip=\"Close dialog without saving\">Cancel\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"\" />\n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_suppress": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_suppress",
"text": "\\rules except wikilink\n\n<$set name=\"currentTiddler\" value=<<title>> >\n\n<$checkbox field=\"suppress\" checked=\"1\" unchecked=\"0\" default=\"0\"> Do not show this dialog again</$checkbox>\n<$button class=\"tmap-dialog-button tmap-ok-button\" tooltip=\"Confirm this dialog\">OK\n\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n \n <!-- suppress dialog in the future -->\n <$action-sendmessage $message=\"tmap:tm-suppress-dialog\"\n dialog=<<templateId>>\n suppress={{!!suppress}} />\n \n</$button>\n\n</$set>"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter",
"text": "\\rules except wikilink\n\n\\define footer() $:/plugins/felixhayashi/tiddlymap/dialogFooter/$(buttons)$\n\n<$transclude tiddler=<<footer>> />\n\n<!-- we need this button to be able to close a tiddler from outside programmatically -->\n<$button class=\"tmap-hidden-close-button\" message=\"tm-close-tiddler\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/element_type_manager": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/element_type_manager",
"text": "\\rules except wikilink\n\n<$button\n class=\"tmap-dialog-button tmap-save-button\"\n tooltip=\"Save the current changes\">Save\n <$action-sendmessage\n $message=\"tmap:tm-save-type-form\"\n mode=<<mode>>\n output=<<output>> />\n</$button>\n<$button\n class=\"tmap-dialog-button tmap-cancel-button\"\n tooltip=\"Cancel the most resent changes and exit\">Quit\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n</$button>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/deleteType": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/deleteType",
"caption": "Removal",
"text": "\\rules except wikilink\n\n\\define manage-edge-types()\n <$macrocall $name=\"tmap-row\"\n type=\"input-checkbox\"\n title=\"Delete type\"\n field=\"temp.deleteType\"\n default={{!id}}\n readonly={{!!temp.idImmutable}}\n descr=\"If you want to delete this type, set this to true\n and click the save button afterwards. Predefined system\n types cannot be deleted.\" note=\"Consequently, all edges\n of this type will be deleted.\" />\n\\end\n\n\\define manage-node-types()\n <$macrocall $name=\"tmap-row\"\n type=\"input-checkbox\"\n title=\"Delete type\"\n field=\"temp.deleteType\"\n default={{!id}}\n readonly={{!!temp.idImmutable}}\n descr=\"If you want to delete this type, set this to true and\n click the save button afterwards. Predefined system\n types cannot be deleted.\" />\n\\end\n\n<table class=\"tmap-config-table\"><$macrocall $name=<<mode>> /></table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/description": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/description",
"caption": "Description",
"text": "\\rules except wikilink\n\n\\define manage-edge-types()\n <<tmap-row type:\"input-textarea\"\n title:\"Description\"\n field:\"description\"\n descr:\"An optional description for this type. The\n description will be displayed as tooltip when\n moving the mouse over an edge of this type.\">>\n\\end\n\n\\define manage-node-types()\n <<tmap-row type:\"input-textarea\"\n title:\"Description\"\n field:\"description\" \n descr:\"An optional description for this type.\">>\n\\end\n\n<table class=\"tmap-config-table\">\n <$macrocall $name=<<mode>> />\n</table>\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings",
"caption": "General",
"text": "\\rules except wikilink\n\n\\define manage-edge-types()\n <<tmap-row type:\"input-text\"\n title:\"Label\"\n field:\"label\" \n descr:\"An optional alias used as edge-label.\">>\n <<tmap-row type:\"input-checkbox\"\n title:\"Show label\"\n field:\"show-label\"\n default:\"true\"\n descr:\"If unchecked, no edge label will be displayed.\">>\n\\end\n\\define manage-node-types()\n <$list filter=\"[<currentTiddler>!regexp:id[tmap:]]\">\n <<tmap-row type:\"input-textarea\"\n title:\"Scope\"\n field:\"scope\" \n descr:\"A filter expression that defines, which nodes inherit\n this node-type and its style.\">>\n </$list>\n <$macrocall type=\"input-select\"\n $name=\"tmap-row\" \n title=\"Priority\"\n field=\"priority\"\n selectFilter=<<tmap \"scale\" \"100\">>\n descr=\"When a type has a a higher priority than another type,\n its style will override the other style\" />\n\\end\n\n<table class=\"tmap-config-table\">\n <$macrocall\n $name=\"tmap-row\"\n title=\"Identifier\"\n field=\"temp.newId\"\n type=\"input-text\"\n default={{!!id}}\n readonly={{!!temp.idImmutable}}\n descr=\"A unique identifier\"\n />\n <$macrocall $name=<<mode>> />\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview",
"caption": "Overview",
"text": "\\rules except wikilink\n\n\\define date(f) <$view field=$f$ format=\"date\" template=\"DDth mmm hh:mm:ss\"/>\n\n! <$link to={{!!typeTRef}}><$view field=\"id\" /></$link>\n\n<table class=\"tmap-key-value-table\">\n <tr>\n <th align=\"left\">Created on</th>\n <td>\n <<date \"created\">>\n </td>\n </tr>\n <tr>\n <th align=\"left\">Modified on</th>\n <td><<date \"modified\">></td>\n </tr>\n <tr>\n <th align=\"left\">Usage count</th>\n <td>\n <span class=\"tmap-edge-type-specific\">\n <$view field=\"temp.usageCount\" />\n </span>\n <span class=\"tmap-node-type-specific\">\n <$count filter={{!!scope}}>0</$count>\n </span>\n </td>\n </tr>\n</table>\n\n<$view field=\"description\">//No description available//</$view>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/styling": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/styling",
"caption": "Styling",
"text": "\\rules except wikilink\n\n\\define url()\n <$set\n filter=\"[<mode>prefix[manage-edge-types]]\"\n name=\"module\"\n value=\"edges\"\n emptyValue=\"nodes\">\n [[visjs.org|http://visjs.org/docs/network/$(module)$]]\n </$set>\n\\end\n\n<fieldset class=\"tmap-node-type-specific\">\n <legend>Icon Settings</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row type:\"input-text\"\n title:\"TW-icon\"\n field:\"tw-icon\"\n descr:\"A tiddlywiki image reference.\n For example '$:/core/icon' for Movotun Jack.\">>\n <<tmap-row type:\"input-text\"\n title:\"FA-icon\"\n field:\"fa-icon\"\n descr:\"A Font Awesome icon code.\n For example 'f206' for the bicycle symbol.\">>\n </table>\n</fieldset>\n\n<fieldset><legend>Visjs styles</legend>\n <div class=\"tmap-flash-message tmap-info\">\n All visjs options below are documented at <<url>>.\n </div>\n <div class=\"tmap-flash-message tmap-info\">\n Only config items that you actually changed have an effect on\n the graph. Other options are visible, yet, inactive.\n </div>\n <$tmap-config\n mode=<<mode>>\n inherited=\"vis-inherited\"\n extension=\"style\" />\n</fieldset>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager",
"subtitle": "{{$:/core/images/tag-button}} <<topic>>",
"buttons": "element_type_manager",
"classes": "tmap-remove-top-space",
"text": "\\rules except wikilink\n\n\\define defaultTab()\n$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/overview\n\\end\n\n\\define settingsTab()\n$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/generalSettings\n\\end\n\n\\define tabsFilter()\n[all[shadows]prefix[$:/plugins/felixhayashi/tiddlymap/dialog/MapElementTypeManager/]]\n\\end\n\n\\define searchFilter()\n$(searchSelector)$\n+[sort[title]nsort[priority]]\n+[removeprefix<typeRootPath>removeprefix[/]]\n+[search:title{$:/temp/tmap/MapElementTypeSearch}]\n\\end\n\n\\define managerClass() tmap-$(mode)$\n\n\\define typePath() $(typeRootPath)$/$(id)$\n\n<div id=\"tmap-element-type-manager\" class=<<managerClass>>>\n <div>\n <div class=\"tmap-searchbar\">\n <$edit-text\n focus=\"true\"\n tiddler=\"$:/temp/tmap/MapElementTypeSearch\"\n type=\"text\"\n tag=\"input\"\n default=\"\" />\n <$list filter=\"[{$:/temp/tmap/MapElementTypeSearch}regexp[.+]]\n +[addprefix[/]]\n +[addprefix<typeRootPath>]\n +[!is[tiddler]!is[shadow]]\">\n <$button tooltip=\"Create a new type of this name\">\n {{$:/core/images/new-button}}\n <$action-sendmessage\n $message=\"tmap:tm-create-type\"\n mode=<<mode>>\n id={{$:/temp/tmap/MapElementTypeSearch}}\n output=<<output>> />\n <$action-setfield $tiddler=\"$:/temp/tmap/MapElementTypeSearch\" text=\"\" />\n </$button>\n </$list>\n\n </div>\n <ul>\n <$list\n filter=<<searchFilter>>\n emptyMessage=<<noTypeFound>>\n variable=\"id\">\n <li>\n <span class=\"tmap-ranking tmap-node-type-specific\">\n # <$view tiddler=<<typePath>> field=\"priority\">1</$view>\n </span>\n <$button class=\"tc-btn-invisible tmap-link\"><<id>>\n <$action-setfield\n $tiddler=<<qualify \"$:/state/tabs/MapElementTypeManager\">>\n text=<<defaultTab>> />\n <$action-sendmessage\n $message=\"tmap:tm-load-type-form\"\n id=<<id>>\n mode=<<mode>>\n output=<<output>> />\n </$button>\n </li>\n </$list>\n </ul>\n </div>\n <div>\n <$reveal type=\"nomatch\" text=\"\" default={{!!id}} >\n <$macrocall\n $name=\"tabs\"\n default=<<defaultTab>>\n state=\"$:/state/tabs/MapElementTypeManager\"\n tabsList=<<tabsFilter>> />\n </$reveal>\n <$reveal type=\"match\" text=\"\" default={{!!id}} >\n <div class=\"tmap-flash-message tmap-info\">\n Please select a type from the list or create a new one by\n entering the type name in the search field on the left.\n </div>\n <div class=\"tmap-flash-message tmap-info tmap-node-type-specific\">\n The number next to the node-type label represents it's priority.\n </div>\n </$reveal>\n </div>\n</div>\n"
},
"$:/plugins/felixhayashi/tiddlymap/editor/contextMenu/node": {
"title": "$:/plugins/felixhayashi/tiddlymap/editor/contextMenu/node",
"text": "\\define single()\n <$list filter=\"\n [[tmap:tm-toggle-central-topic, $:/core/images/star-filled, Toggle central topic]]\n [[tmap:tm-delete-element, $:/core/images/delete-button, Delete node]]\">\n <$button class=\"tc-btn-invisible\">\n <$action-sendmessage $message=<<tmap \"splitAndSelect\" \", \" \"0\">> />\n <$transclude tiddler=<<tmap \"splitAndSelect\" \", \" \"1\">> />\n <<tmap \"splitAndSelect\" \", \" \"2\">>\n </$button>\n </$list>\n\\end\n\n\\define multi()\n <$list filter=\"\n [[tmap:tm-delete-element, $:/core/images/delete-button, Delete selected nodes]]\">\n <$button class=\"tc-btn-invisible\">\n <$action-sendmessage $message=<<tmap \"splitAndSelect\" \", \" \"0\">> />\n <$transclude tiddler=<<tmap \"splitAndSelect\" \", \" \"1\">> />\n <<tmap \"splitAndSelect\" \", \" \"2\">>\n </$button>\n </$list>\n\\end\n\n<div class=\"tc-drop-down\">\n <$macrocall $name=<<mode>> />\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar",
"text": "\\rules except wikilink\n\\define showEdgeField() show-$(curEdgeId)$\n\n<!-- === View Switcher ========================================== -->\n\n<div class=\"tmap-menu-bar\">\n View:\n <$reveal type=\"match\" text=\"false\" default=<<isViewBound>> >\n <$select\n tiddler=<<viewHolder>>\n field=\"text\"\n default=<<viewLabel>> >\n <$list filter=<<tmap \"option\" \"selector.allViewsByLabel\">> >\n <option value={{!!title}}>\n <$view tiddler={{!!title}} field=\"title\" />\n </option>\n </$list>\n </$select>\n </$reveal>\n <$reveal type=\"match\" text=\"true\" default=<<isViewBound>> >\n <b><<viewLabel>></b>\n </$reveal>\n\n<!-- === Menu =================================================== -->\n\n <$button\n popup=<<qualify \"$:/temp/menu\">>\n tooltip=\"Open the Menu\">{{$:/core/images/menu-button}}\n </$button>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/menu\">> >\n <div class=\"tc-drop-down\">\n <a href=\"http://tiddlymap.org#Documentation\" target=\"_blank\">\n {{$:/core/images/info-button}} Open online help\n </a>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-create-view\">\n {{$:/core/images/new-button}} Create new view\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-generate-widget\">\n {{$:/core/images/permalink-button}} Grab widget code\n </$button>\n <div class=\"tmap-list-separator\">Global configurations:</div>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-configure-system\">\n {{$:/core/images/options-button}} Configure TiddlyMap\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-manage-edge-types\">\n <span class=\"tmap-unicode-icon\">◭</span> Manage edge-types\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-manage-node-types\">\n <span class=\"tmap-unicode-icon\">▢</span> Manage node-types\n </$button>\n <div class=\"tmap-view-actions\">\n <div class=\"tmap-list-separator\">Actions for this view:</div>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-edit-view\">\n {{$:/core/images/options-button}} Configure view\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-rename-view\">\n {{$:/core/images/tag-button}} Rename view\n </$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-delete-view\">\n {{$:/core/images/delete-button}} Delete view\n </$button>\n </div>\n </div>\n </$reveal>\n\n<!-- === Neighbourhood menu ===================================== -->\n\n <$reveal\n type=\"match\"\n text=\"true\"\n default=<<tmap \"option\"\n \"config.sys.editorMenuBar.showNeighScopeButton\">>>\n <$button\n class=<<neighScopeBtnClass>>\n tooltip=\"Change the neighbourhood scope\"\n popup=<<qualify \"$:/temp/neighScope\">>>\n ☀\n </$button>\n </$reveal>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/neighScope\">> >\n <div class=\"tc-drop-down\">\n <div class=\"tmap-list-separator\">Neighbourhood scope</div>\n <$button class=\"tc-btn-invisible\">None\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.neighbourhood_scope=\"\" />\n </$button>\n <$list filter=\"[[1|1 step distance]]\n [[2|2 step distance]]\n [[3|3 step distance]]\n [[4|4 step distance]]\n [[5|5 step distance]]\">\n <$button class=\"tc-btn-invisible\">\n <<tmap \"splitAndSelect\" \"|\" \"1\">>\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.neighbourhood_scope=<<tmap \"splitAndSelect\" \"|\" \"0\">> />\n </$button>\n </$list>\n <$button class=\"tc-btn-invisible\">No limit\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.neighbourhood_scope=\"100\" />\n </$button>\n <div class=\"tmap-list-separator\">Neighbourhood traversal</div>\n <$radio field=\"config.neighbourhood_directions\" value=\"in\"> Incoming</$radio><br />\n <$radio field=\"config.neighbourhood_directions\" value=\"out\"> Outgoing</$radio><br />\n <$radio field=\"config.neighbourhood_directions\" value=\"\"> Both</$radio>\n <div class=\"tmap-list-separator\">Other</div>\n <$checkbox field=\"config.show_inter_neighbour_edges\"\n checked=\"true\" unchecked=\"false\"> Inter-neighbour edges</$checkbox>\n\n </div>\n </$reveal>\n\n<!-- === Export menu ============================================ -->\n\n <$reveal\n type=\"match\"\n text=\"true\"\n default=<<tmap \"option\" \"config.sys.editorMenuBar.showScreenshotButton\">>>\n <$button tooltip=\"Open the map-export menu\" popup=<<qualify \"$:/temp/mapExport\">>>\n {{$:/core/images/download-button}}\n </$button>\n </$reveal>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/mapExport\">>>\n <div class=\"tc-drop-down\">\n <$button\n class=\"tc-btn-invisible\"\n tooltip=\"Export the graph and all its elements\n in form of a JSON file\">\n {{$:/core/images/permalink-button}} Save as JSON file\n <$action-sendmessage\n $message=\"tmap:tm-download-graph\"\n view=<<viewLabel>> />\n </$button>\n <$button\n class=\"tc-btn-invisible\"\n tooltip=\"Create a png image to download or save it\n as image or view-placeholder in your wiki\">\n {{$:/core/images/palette}} Save as png image\n <$action-sendmessage $message=\"tmap:tm-save-canvas\" />\n </$button>\n </div>\n </$reveal>\n\n<!-- === Raster menu ============================================ -->\n\n <$reveal\n type=\"match\"\n text=\"true\"\n default=<<tmap \"option\" \"config.sys.editorMenuBar.showRasterMenuButton\">>>\n <$button\n tooltip=\"Change the raster of your map\"\n class=<<rasterMenuBtnClass>>\n popup=<<qualify \"$:/temp/rasterMenu\">>>\n ⩩\n </$button>\n </$reveal>\n\n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/rasterMenu\">>>\n <div class=\"tc-drop-down\">\n <$button class=\"tc-btn-invisible\">Disable raster\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.raster=\"\" />\n </$button>\n <div class=\"tmap-list-separator\">Raster sizes</div>\n <$list filter=\"[[50|50px]]\n [[75|75px]]\n [[100|100px]]\n [[150|150px]]\">\n <$button class=\"tc-btn-invisible\">\n <<tmap \"splitAndSelect\" \"|\" \"1\">>\n <$action-setfield\n $tiddler=<<viewRoot>>\n config.raster=<<tmap \"splitAndSelect\" \"|\" \"0\">> />\n </$button>\n </$list>\n </div>\n </$reveal>\n\n</div>\n"
},
"$:/plugins/felixhayashi/tiddlymap/misc/focusButton": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/focusButton",
"text": "\\define filter() [list[$:/temp/tmap/nodes/$(viewLabel)$]search:title{$:/temp/tmap/bar/search}]\n\\define concat(str) $str$\n\n\\define state() $(widgetPopupsPath)$/focus\n\n<div class=\"tmap-focus-button\">\n <$reveal type=\"match\" state=<<state>> text=\"\">\n <$button\n tooltip=\"Zoom on a specific node\"\n class=<<tv-config-toolbar-class>>>{{$:/core/images/advanced-search-button}}\n <$action-setfield $tiddler=\"$:/temp/tmap/bar/search\" text=\"\" />\n <$action-setfield $tiddler=<<state>> text=\"1\" />\n </$button>\n </$reveal>\n <$reveal type=\"nomatch\" state=<<state>> text=\"\">\n <$button\n tooltip=\"Close zoom popup\"\n class=<<tv-config-toolbar-class>>>{{$:/core/images/advanced-search-button}}\n <$action-setfield $tiddler=<<state>> text=\"\" />\n </$button>\n <div class=\"tmap-search-dropdown\">\n <div class=\"tc-drop-down\">\n <$edit-text\n focus=\"true\"\n tiddler=\"$:/temp/tmap/bar/search\"\n field=\"text\"\n type=\"text\"\n tag=\"input\"\n default=\"\" />\n <small><$count filter=<<filter>> /> results</small>\n <hr />\n <div class=\"tmap-very-small-list\">\n <$list filter=<<filter>>\n variable=\"item\"\n emptyMessage=\"//No results//\">\n <$button\n class=\"tc-btn-invisible\"\n message=\"tmap:tm-focus-node\"\n param=<<item>>>\n <$view tiddler=<<item>> field=\"title\" />\n </$button>\n </$list>\n </div>\n </div>\n </div>\n </$reveal>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/hook/editor": {
"caption": "Map",
"tags": "$:/tags/SideBar",
"title": "$:/plugins/felixhayashi/tiddlymap/hook/editor",
"text": "\\define width() calc(100% - 15px)\n\n<div class=\"tmap-mobile-editor\">\n <div class=\"tmap-flash-message tmap-warning\">\n The editor is not displayed in mobile mode.\n </div>\n</div>\n<div class=\"tmap-desktop-editor\">\n <$tiddlymap\n class=\"tmap-sidebar-map-editor\"\n editor=\"advanced\"\n object-id=\"main_editor\"\n click-to-use=\"false\">\n </$tiddlymap>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/hook/liveTab": {
"title": "$:/plugins/felixhayashi/tiddlymap/hook/liveTab",
"caption": "Live",
"text": "\\define width() calc(100% - 15px)\n\n<div class=\"tmap-mobile-editor\">\n <div class=\"tmap-flash-message tmap-warning\">\n The live tab is not displayed in mobile mode.\n </div>\n</div>\n<div class=\"tmap-desktop-editor\">\n <$set name=\"view\"\n filter=\"[{$:/temp/tmap/currentTiddler}get[tmap.open-view]]\"\n emptyValue=<<tmap \"option\" \"config.sys.liveTab.fallbackView\">>>\n <div>\n <$tiddlymap\n view=<<view>>\n click-to-use=\"false\"\n refresh-triggers=\"$:/temp/tmap/currentTiddler\"\n object-id=\"live_tab\">\n </$tiddlymap>\n </div>\n </$set> \n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton": {
"tags": "$:/tags/ViewToolbar",
"title": "$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton",
"description": "{{$:/language/Buttons/TiddlyMap/Hint}}",
"caption": "{{$:/plugins/felixhayashi/tiddlymap/icon}} {{$:/language/Buttons/TiddlyMap/Caption}}",
"text": "\\define buttonClass() $(tv-config-toolbar-class)$ $(additional-classes)$\n\n\\define nonExistentItem()\n<<item>> <span style=\"color: #9E9E9E\">(will be created)</span>\n\\end\n\n\\define noConnectionsMsg()\n<tr><td colspan=\"4\">//No connections found!//</td></tr>\n\\end\n\n\\define normalSearchFilter()\n[!is[system]!has[draft.of]search:title{$:/temp/quickConnectSearch}sortcs[title]limit[50]]\n\\end\n\n\\define regexSearchFilter()\n[!is[system]!has[draft.of]regexp{$:/temp/quickConnectSearch}sortcs[title]limit[50]]\n\\end\n\n\\define showButton(state)\n<$button set=\"$:/temp/tmap/state/popup/quickConnect\"\n setTo=\"$state$\" tooltip={{$:/language/Buttons/TiddlyMap/Hint}} \n aria-label={{$:/language/Buttons/TiddlyMap/Caption}}\n class=<<buttonClass>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">{{$:/plugins/felixhayashi/tiddlymap/icon}}</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TiddlyMap/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n\\define searchResults()\n<td>\n <$button tooltip=\"Create incoming edge\">\n <<tmap \"option\" \"misc.arrows.in\">>\n <$action-sendmessage $message=\"tmap:tm-create-edge\"\n from=<<item>>\n to=<<currentTiddler>>\n force=\"true\"\n label={{$:/temp/quickConnectSearch/type}}\n view={{$:/temp/quickConnectSearch/view}} />\n </$button>\n</td>\n<td>\n <$button tooltip=\"Create outgoing edge\">\n <<tmap \"option\" \"misc.arrows.out\">>\n <$action-sendmessage $message=\"tmap:tm-create-edge\"\n from=<<currentTiddler>>\n to=<<item>>\n force=\"true\"\n label={{$:/temp/quickConnectSearch/type}}\n view={{$:/temp/quickConnectSearch/view}} />\n </$button>\n</td>\n<td>\n <$list\n filter=\"[<item>is[tiddler]]\"\n emptyMessage=<<nonExistentItem>>>\n <$view tiddler=<<item>> field=\"title\" />\n </$list>\n</td>\n\\end\n\n\\define hidePopup()\n<$macrocall $name=\"showButton\" state=<<qualify>> />\n\\end\n\n\\define showPopup()\n<$set name=\"additional-classes\" value=\"tmap-active-button\">\n <$macrocall $name=\"showButton\" state=\"\" />\n</$set>\n<$set\n name=\"searchFilter\"\n filter=\"[field:title[$:/state/tmap/tid-toolbar]has[re-filter]]\"\n value=<<regexSearchFilter>>\n emptyValue=<<normalSearchFilter>>>\n<div class=\"tmap-quick-connect tc-reveal tc-popup\">\n <div class=\"tc-drop-down\">\n <div class=\"title\">Create connection</div>\n <table class=\"tmap-quick-connect-search-bar\">\n <tr>\n <td>Type:</td>\n <td>\n <$edit-text\n tiddler=\"$:/temp/quickConnectSearch/type\"\n field=\"text\"\n type=\"text\"\n tag=\"input\"\n default=\"\" />\n <$select tiddler=\"$:/temp/quickConnectSearch/type\" default=\"\">\n <option></option>\n <$list filter=<<tmap \"option\" \"selector.allEdgeTypesById\">>>\n <option>{{!!title}}</option>\n </$list>\n </$select>\n </td>\n </tr>\n <tr>\n <td>Search:</td>\n <td>\n <$edit-text tiddler=\"$:/temp/quickConnectSearch\" type=\"text\" tag=\"input\" default=\"\"></$edit-text>\n <$checkbox\n tiddler=\"$:/state/tmap/tid-toolbar\"\n field=\"re-filter\"\n checked=\"1\"\n unchecked=\"\"\n default=\"\"> regexp\n </$checkbox>\n<!--\n <small>(<$count filter=<<searchFilter>> /> results)</small>\n-->\n </td>\n </tr>\n </table>\n <table class=\"tmap-create-connection-table\">\n <tr>\n <td colspan=\"2\">\n <table class=\"tmap-very-small-list\">\n <$list\n filter=<<searchFilter>>\n variable=\"item\">\n <tr><<searchResults>></tr>\n </$list>\n <tr>\n <$list filter=\"[{$:/temp/quickConnectSearch}regexp[.+]] -[is[tiddler]]\" variable=\"item\">\n <<searchResults>>\n </$list>\n </tr>\n </table>\n </td>\n </tr>\n </table>\n <div class=\"title\">Existing Connections</div>\n <div class=\"tmap-quick-connect-existing-bar\">\n <$select\n tiddler=\"$:/state/tmap/tid-toolbar\"\n field=\"direction\"\n default=\"both\">\n <option value=\"both\">both</option>\n <option value=\"in\">incoming</option>\n <option value=\"out\">outgoing</option>\n </$select>\n <$checkbox\n tiddler=\"$:/state/tmap/tid-toolbar\"\n field=\"filter.links\"\n checked=\"-[[tw-body:link]]\"\n unchecked=\"\"\n default=\"\"> hide links\n </$checkbox>\n </div>\n <table class=\"tmap-connection-table\">\n<!--\n <tr>\n <th></th>\n <th>Tiddler</th>\n <th>Type</th>\n <th></th>\n </tr>\n-->\n \n <$tmap-connections\n filter=<<tmap mergeFields \"$:/state/tmap/tid-toolbar\" \"filter.\">>\n direction={{$:/state/tmap/tid-toolbar!!direction}}\n emptyMessage=<<noConnectionsMsg>>>\n <tr>\n <td title=<<direction>>><<directionSymbol>></td>\n <td><$link to=<<neighbour>>><$view field=\"title\" /></$link></td>\n <td><<edge.type>></td>\n <td>\n <$button\n tooltip=\"Delete this connection\"\n class=\"tc-btn-invisible\">{{$:/core/images/close-button}}\n <$action-sendmessage $message=\"tmap:tm-remove-edge\"\n id=<<edge.id>>\n from=<<edge.from>>\n to=<<edge.to>>\n type=<<edge.type>> />\n </$button>\n </td>\n </tr>\n </$tmap-connections>\n </table> \n </div>\n</div>\n</$set>\n\\end\n\n<$list filter=\"[all[current]is[tiddler]]\"><$list filter=\"[{$:/temp/tmap/state/popup/quickConnect}prefix<qualify>]\" variable=\"item\" emptyMessage=<<hidePopup>>><<showPopup>></$list></$list>"
},
"$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png": {
"title": "$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png",
"type": "image/png",
"text": 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8Pl/BDX13d/enAL4zLA4WiyWlaVpi8+bNaVVVF8rKyjJ5G5yZmXknkUhYdF1/b25uTs2fOkge6uzsPL/iI4zf75fHjx93KoryjclkgtGfgSQMI0B+YovvSXbV19efdrvdKz/CvDyBbDbbTPITkjtFRBOR54ZPclJEbgL4weFw/LYcMK9/AFcdm7xTEIntAAAAAElFTkSuQmCC"
},
"$:/plugins/felixhayashi/tiddlymap/media/halfscreen.png": {
"title": "$:/plugins/felixhayashi/tiddlymap/media/halfscreen.png",
"type": "image/png",
"text": 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"title": "$:/plugins/felixhayashi/tiddlymap/icon",
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},
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"title": "$:/plugins/felixhayashi/tiddlymap/media/surface.png",
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"
},
"$:/language/Buttons/TiddlyMap/Caption": {
"title": "$:/language/Buttons/TiddlyMap/Caption",
"text": "tiddlymap"
},
"$:/language/Buttons/TiddlyMap/Hint": {
"title": "$:/language/Buttons/TiddlyMap/Hint",
"text": "Toggle TiddlyMap actions"
},
"$:/plugins/felixhayashi/tiddlymap/misc/macros": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/macros",
"text": "\\define concat(str) $str$\n\n\\define input-text(field, index, default, readonly, class, focus)\n <$reveal type=\"match\" text=\"\" default=\"$readonly$\">\n <$edit-text\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n type=\"text\"\n tag=\"input\"\n default=\"$default$\"\n focus=\"$focus$\"\n class=\"$class$\" />\n </$reveal>\n <$reveal type=\"nomatch\" text=\"\" default=\"$readonly$\">\n <input type=\"text\" value=\"$default$\" readonly=\"true\" disabled=\"true\" />\n </$reveal>\n\\end\n\n\\define input-button(field, index, default, default, label:\"Proceed\")\n <div class=\"tmap-button-wrapper\">\n <$button>$label$\n <$action-setfield $tiddler=<<output>> $field=\"$field$\" index=\"$index$\" $value=\"$default$\" />\n </$button>\n </div>\n\\end\n\n\\define input-textarea(field, index, default, default, class, focus)\n <$edit-text\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n autoHeight=\"no\"\n type=\"text\"\n tag=\"textarea\"\n default=\"$default$\"\n class=\"$class$\"\n focus=\"$focus$\" />\n\\end\n\n\\define input-checkbox(field, index, readonly, default)\n <$reveal type=\"match\" text=\"\" default=\"$readonly$\">\n <$checkbox\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n checked=\"true\"\n unchecked=\"false\"\n default=\"$default$\" />\n </$reveal>\n <$reveal type=\"nomatch\" text=\"\" default=\"$readonly$\">\n <input type=\"checkbox\" value=\"$default$\" readonly=\"true\" disabled=\"true\" />\n </$reveal>\n\\end\n\n\\define input-multi-checkbox(selectFilter, invert:\"no\", default)\n <div class=\"tmap-no-stretch\">\n <$list\n filter=\"$selectFilter$\"\n emptyMessage=\"– This list contains no items –\">\n <$checkbox\n tiddler=<<output>>\n tag=<<tmap \"splitAndSelect\" \"|\" \"0\">>>\n <$view\n tiddler=<<tmap \"splitAndSelect\" \"|\" \"1\">>\n field=\"title\" />\n </$checkbox><br />\n </$list>\n </div>\n\\end\n\n\\define input-select(field, index, selectFilter, default, nochoice)\n <$select\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n default=\"$default$\">\n <$set name=\"nochoice\" value=\"$nochoice$\">\n <$list filter=\"[<nochoice>regexp[.+]]\">\n <option value=\"\"><b><<nochoice>></b></option>\n </$list>\n </$set>\n <$list filter=\"$selectFilter$\">\n <option value=<<tmap \"splitAndSelect\" \"|\" \"0\">> >\n <$view tiddler=<<tmap \"splitAndSelect\" \"|\" \"1\">> field=\"title\" />\n </option>\n </$list>\n </$select>\n\\end\n\n\\define input-radio(field, index, selectFilter, default)\n <$list filter=\"$selectFilter$\">\n <$radio\n tiddler=<<output>>\n field=\"$field$\"\n index=\"$index$\"\n value=<<tmap \"splitAndSelect\" \"|\" \"0\">>>\n <<tmap \"splitAndSelect\" \"|\" \"1\">>\n </$radio><br />\n </$list>\n\\end\n\n\\define tmap-row(title, field, index, type, descr, note, label, default, readonly, reset, selectFilter, nochoice, invert, class, focus)\n <tr>\n <td class=\"tmap-title\">$title$:</td>\n <td>\n <<$type$\n field:\"$field$\"\n index:\"$index$\"\n readonly:\"$readonly$\"\n default:\"$default$\"\n label:\"$label$\"\n invert:\"$invert$\"\n selectFilter:\"$selectFilter$\"\n nochoice:\"$nochoice$\"\n focus:\"$focus$\"\n class:\"$class$\">>\n <$reveal type=\"match\" text=\"true\" default=\"$reset$\">\n <$button>reset\n <$action-setfield $tiddler=<<output>> $field=\"$field$\" $index=\"$index$\" $value=\"$default$\" />\n </$button>\n </$reveal>\n </td>\n <td>\n <span class=\"tmap-description\">$descr$</span>\n <$reveal type=\"nomatch\" text=\"\" default=\"$note$\">\n <div class=\"tmap-note\">''Note:'' $note$</div>\n </$reveal>\n </td>\n </tr>\n\\end\n\n\\define visConfiguration(inheritedList, extensionField, styleName:\"style\")\n <fieldset><legend>Visjs configurations ($styleName$)</legend>\n <div class=\"tmap-flash-message tmap-info\">\n Only config items that you actually changed have an effect on\n the graph. Other options are visible, yet, inactive.\n </div>\n <$tmap-config\n mode=\"manage-node-types\"\n inherited=\"$inheritedList$\"\n extension=\"$extensionField$\" />\n </fieldset>\n\\end\n"
},
"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder",
"text": "Default"
},
"$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:central-topic": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:central-topic",
"description": "The style is applied to the node that you marked as central topic in a map.",
"style": "{\"font\":{\"size\":22,\"color\":\"rgba(0,0,0,1)\"},\"shape\":\"star\"}"
},
"$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:neighbour": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/nodeTypes/tmap:neighbour",
"description": "Neighbours are all nodes that are not part of the original set of nodes (\"matches\") but are connected (either outgoing or incoming) to a node of the original set.",
"style": "{\"color\":\"#565656\"}"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/edges": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/edges"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/nodes"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default",
"config.physics_mode": "false",
"isview": "true"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/edges": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/edges",
"filter": "[prefix[$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes]]",
"text": "\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/nodes",
"filter": "[field:title{$:/temp/tmap/currentTiddler}]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View",
"config.neighbourhood_scope": "1",
"config.refresh-triggers": "$:/temp/tmap/currentTiddler",
"config.physics_mode": "true",
"config.vis": "{\"physics\":{\"forceAtlas2Based\":{\"springLength\":0,\"springConstant\":0.09}}}",
"isview": "true"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search/filter/nodes",
"filter": "[!is[system]search{$:/temp/search}] [!is[system]search:tags{$:/temp/search}] [!is[system]search:text{$:/temp/search}limit[10]]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search",
"config.refresh-triggers": "$:/temp/search",
"config.neighbourhood_scope": "1",
"config.physics_mode": "true"
}
}
}
{
"field.nodeLabel": "caption",
"field.nodeIcon": "icon",
"field.nodeInfo": "description",
"field.viewMarker": "isview",
"liveTab.fallbackView": "Limendor",
"edgeClickBehaviour": "manager",
"debug": "false",
"notifications": "true",
"popups.enabled": "true",
"popups.delay": "600",
"popups.width": "240px",
"popups.height": "140px",
"jsonIndentation": "1",
"editNodeOnCreate": "false",
"singleClickMode": "false",
"editorMenuBar.showNeighScopeButton": "true",
"editorMenuBar.showRasterMenuButton": "true",
"editorMenuBar.showScreenshotButton": "true"
}
{
"42e92d21-73c7-40dc-9f8f-c159c6171fa2": {
"x": 0,
"y": 0
},
"daa97b93-10b9-4d64-b906-004f6fae4db7": {
"x": 100,
"y": 100
}
}
{
"0e2bb10f-a298-4f30-9be3-19cfa15591e2": {
"x": 2797,
"y": 2938
},
"1746ed12-5bfb-4564-9d4b-ae4b1407fb06": {
"x": 2195,
"y": 1564
}
}
{
"originalVersion": "0.13.4+9665",
"dataStructureState": "0.11.0",
"showWelcomeMessage": false
}
{
"tiddlers": {
"$:/plugins/felixhayashi/topstoryview/config.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/topstoryview/config.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={classNames:{storyRiver:\"tc-story-river\",backDrop:\"story-backdrop\",tiddlerFrame:\"tc-tiddler-frame\",tiddlerTitle:\"tc-title\"},references:{userConfig:\"$:/config/topStoryView\",focussedTiddlerStore:\"$:/temp/focussedTiddler\",refreshTrigger:\"$:/temp/focussedTiddler/refresh\"},checkbackTime:$tw.utils.getAnimationDuration()}})();",
"title": "$:/plugins/felixhayashi/topstoryview/config.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/topstoryview/layout": {
"text": "html .tc-story-river:after {\n content: \"\";\n display: block; }\n",
"title": "$:/plugins/felixhayashi/topstoryview/layout",
"type": "text/vnd.tiddlywiki",
"tags": [
"$:/tags/Stylesheet"
]
},
"$:/plugins/felixhayashi/topstoryview/Configuration": {
"title": "$:/plugins/felixhayashi/topstoryview/Configuration",
"text": "Please see the [[GitHub page|https://github.com/felixhayashi/TW5-TopStoryView]] for more information on the options.\n\nSave and reload the wiki to activate changes.\n\n<table>\n <tr>\n <th align=\"left\">Scroll offset:</th>\n <td><$edit-text tiddler=\"$:/config/topStoryView\" field=\"scroll-offset\" tag=\"input\" default=\"150px\" /></td>\n </tr>\n</table>"
},
"$:/plugins/felixhayashi/topstoryview/License": {
"title": "$:/plugins/felixhayashi/topstoryview/License",
"text": "This code is released under the BSD license. For the exact terms visit:\n\nhttps://github.com/felixhayashi/TW5-TopStoryView/blob/master/LICENSE"
},
"$:/plugins/felixhayashi/topstoryview/Readme": {
"title": "$:/plugins/felixhayashi/topstoryview/Readme",
"text": "Please visit the [[GitHub page|https://github.com/felixhayashi/TW5-TopStoryView]] for more information."
},
"$:/plugins/felixhayashi/topstoryview/top.js": {
"text": "/*\\\ntitle: $:/plugins/felixhayashi/topstoryview/top.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/topstoryview/config.js\").config;var e=\"cubic-bezier(0.645, 0.045, 0.355, 1)\";var i=function(e){this.listWidget=e;this.pageScroller=new $tw.utils.PageScroller;this.pageScroller.scrollIntoView=this.scrollIntoView;this.pageScroller.storyRiverDomNode=document.getElementsByClassName(t.classNames.storyRiver)[0];var i=$tw.wiki.getTiddler(t.references.userConfig);var o=i?i.fields:{};$tw.hooks.addHook(\"th-opening-default-tiddlers-list\",this.hookOpenDefaultTiddlers);var r=parseInt(o[\"scroll-offset\"]);this.pageScroller.scrollOffset=isNaN(r)?71:r;this.recalculateBottomSpace()};i.prototype.refreshStart=function(t,e){};i.prototype.refreshEnd=function(t,e){};i.prototype.hookOpenDefaultTiddlers=function(t){return t};i.prototype.navigateTo=function(t){var e=this.listWidget.findListItem(0,t.title);if(e===undefined)return;var i=this.listWidget.children[e];var o=i.findFirstDomNode();if(!(o instanceof Element))return;this.pageScroller.scrollIntoView(o)};i.prototype.insert=function(t){if(!t)return;var e=t.findFirstDomNode();if(!(e instanceof Element))return;this.startInsertAnimation(e,function(){this.recalculateBottomSpace()}.bind(this))};i.prototype.remove=function(t){if(!t)return;var e=t.findFirstDomNode();if(!(e instanceof Element)){t.removeChildDomNodes();return}var i=this.getLastFrame()===e;this.startRemoveAnimation(t,e,function(){t.removeChildDomNodes();this.recalculateBottomSpace();if(i){this.pageScroller.scrollIntoView(this.getLastFrame())}}.bind(this))};i.prototype.getLastFrame=function(){var t=this.listWidget.children[this.listWidget.children.length-1];return t?t.findFirstDomNode():null};i.prototype.recalculateBottomSpace=function(){var t=this.pageScroller.storyRiverDomNode;if(this.getLastFrame()){var e=this.getLastFrame().getBoundingClientRect();var i=window.innerHeight;if(e.height<i){t.style[\"paddingBottom\"]=i-e.height+\"px\";return}}t.style[\"paddingBottom\"]=\"\"};i.prototype.scrollIntoView=function(t){if(this.preventNextScrollAttempt){this.preventNextScrollAttempt=false}if(!t)return;var e=$tw.utils.getAnimationDuration();this.cancelScroll();this.startTime=Date.now();var i=$tw.utils.getScrollPosition();var o=t.getBoundingClientRect(),r={left:o.left+i.x,top:o.top+i.y,width:o.width,height:o.height};var n=function(t,e,i,o){if(t<=i){return t}else if(e<o&&i<t+e-o){return t+e-o}else if(i<t){return t}else{return i}},s=n(r.left,r.width,i.x,window.innerWidth),a=r.top-this.scrollOffset;if(s!==i.x||a!==i.y){var l=this,c;c=function(){var t;if(e<=0){t=1}else{t=(Date.now()-l.startTime)/e}if(t>=1){l.cancelScroll();t=1}t=$tw.utils.slowInSlowOut(t);window.scrollTo(i.x+(s-i.x)*t,i.y+(a-i.y)*t);if(t<1){l.idRequestFrame=l.requestAnimationFrame.call(window,c)}};c()}};i.prototype.startInsertAnimation=function(t,i){var o=$tw.utils.getAnimationDuration();var r=window.getComputedStyle(t),n=parseInt(r.marginBottom,10),s=parseInt(r.marginTop,10),a=t.offsetHeight+s;setTimeout(function(){$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:\"\"}]);i()},o);$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:-a+\"px\"},{opacity:\"0.0\"}]);$tw.utils.forceLayout(t);$tw.utils.setStyle(t,[{transition:\"opacity \"+o+\"ms \"+e+\", \"+\"margin-bottom \"+o+\"ms \"+e},{marginBottom:n+\"px\"},{opacity:\"1.0\"}])};i.prototype.startRemoveAnimation=function(t,i,o){var r=$tw.utils.getAnimationDuration();var n=i.offsetWidth,s=window.getComputedStyle(i),a=parseInt(s.marginBottom,10),l=parseInt(s.marginTop,10),c=i.offsetHeight+l;setTimeout(o,r);$tw.utils.setStyle(i,[{transition:\"none\"},{transform:\"translateX(0px)\"},{marginBottom:a+\"px\"},{opacity:\"1.0\"}]);$tw.utils.forceLayout(i);$tw.utils.setStyle(i,[{transition:$tw.utils.roundTripPropertyName(\"transform\")+\" \"+r+\"ms \"+e+\", \"+\"opacity \"+r+\"ms \"+e+\", \"+\"margin-bottom \"+r+\"ms \"+e},{transform:\"translateX(-\"+n+\"px)\"},{marginBottom:-c+\"px\"},{opacity:\"0.0\"}])};exports.top=i})();",
"title": "$:/plugins/felixhayashi/topstoryview/top.js",
"type": "application/javascript",
"module-type": "storyview"
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/vis/img/network/acceptDeleteIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/acceptDeleteIcon.png",
"type": "image/png",
"text": 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},
"$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/backIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/backIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/connectIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/connectIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/cross.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/cross.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/cross2.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/cross2.png",
"type": "image/png",
"text": 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},
"$:/plugins/felixhayashi/vis/img/network/deleteIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/deleteIcon.png",
"type": "image/png",
"text": 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"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/leftArrow.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/leftArrow.png",
"type": "image/png",
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"title": "$:/plugins/felixhayashi/vis/img/network/rightArrow.png",
"type": "image/png",
"text": 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},
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"title": "$:/plugins/felixhayashi/vis/img/network/upArrow.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/readme": {
"title": "$:/plugins/felixhayashi/vis/readme",
"text": "! TW5-Vis.js\n\nA tiddlywiki plugin for the vis.js library.\n\n---\n\n! Notes on Copyright\n\n!! TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n1. BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n2. Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! The **vis.js** library\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n1. Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n2. MIT License (MIT)\n"
},
"$:/plugins/felixhayashi/vis/vis.css": {
"title": "$:/plugins/felixhayashi/vis/vis.css",
"type": "text/vnd.tiddlywiki",
"tags": "$:/tags/Stylesheet",
"text": "\\rules except list\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n.vis .overlay{position:absolute;top:0;left:0;width:100%;height:100%;z-index:10}.vis-active{box-shadow:0 0 10px #86d5f8}.vis [class*=\"span\"]{min-height:0;width:auto}div.vis-configuration{position:relative;display:block;float:left;font-size:12px}div.vis-configuration-wrapper{display:block;width:700px}div.vis-configuration-wrapper::after{clear:both;content:\"\";display:block}div.vis-configuration.vis-config-option-container{display:block;width:495px;background-color:#fff;border:2px solid #f7f8fa;border-radius:4px;margin-top:20px;left:10px;padding-left:5px}div.vis-configuration.vis-config-button{display:block;width:495px;height:25px;vertical-align:middle;line-height:25px;background-color:#f7f8fa;border:2px solid #ceced0;border-radius:4px;margin-top:20px;left:10px;padding-left:5px;cursor:pointer;margin-bottom:30px}div.vis-configuration.vis-config-button.hover{background-color:#4588e6;border:2px solid #214373;color:#fff}div.vis-configuration.vis-config-item{display:block;float:left;width:495px;height:25px;vertical-align:middle;line-height:25px}div.vis-configuration.vis-config-item.vis-config-s2{left:10px;background-color:#f7f8fa;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-item.vis-config-s3{left:20px;background-color:#e4e9f0;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-item.vis-config-s4{left:30px;background-color:#cfd8e6;padding-left:5px;border-radius:3px}div.vis-configuration.vis-config-header{font-size:18px;font-weight:bold}div.vis-configuration.vis-config-label{width:120px;height:25px;line-height:25px}div.vis-configuration.vis-config-label.vis-config-s3{width:110px}div.vis-configuration.vis-config-label.vis-config-s4{width:100px}div.vis-configuration.vis-config-colorBlock{top:1px;width:30px;height:19px;border:1px solid #444;border-radius:2px;padding:0;margin:0;cursor:pointer}input.vis-configuration.vis-config-checkbox{left:-5px}input.vis-configuration.vis-config-rangeinput{position:relative;top:-5px;width:60px;padding:1px;margin:0;pointer-events:none}input.vis-configuration.vis-config-range{-webkit-appearance:none;border:0 solid white;background-color:rgba(0,0,0,0);width:300px;height:20px}input.vis-configuration.vis-config-range::-webkit-slider-runnable-track{width:300px;height:5px;background:#dedede;background:-moz-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#dedede),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-o-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:linear-gradient(to bottom,#dedede 0,#c8c8c8 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0;margin-top:-7px}input.vis-configuration.vis-config-range:focus{outline:0}input.vis-configuration.vis-config-range:focus::-webkit-slider-runnable-track{background:#9d9d9d;background:-moz-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#9d9d9d),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-o-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#9d9d9d 0,#c8c8c8 99%);background:linear-gradient(to bottom,#9d9d9d 0,#c8c8c8 99%);filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#9d9d9d',endColorstr='#c8c8c8',GradientType=0)}input.vis-configuration.vis-config-range::-moz-range-track{width:300px;height:10px;background:#dedede;background:-moz-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-webkit-gradient(linear,left top,left bottom,color-stop(0,#dedede),color-stop(99%,#c8c8c8));background:-webkit-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-o-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:-ms-linear-gradient(top,#dedede 0,#c8c8c8 99%);background:linear-gradient(to bottom,#dedede 0,#c8c8c8 99%);filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#dedede',endColorstr='#c8c8c8',GradientType=0);border:1px solid #999;box-shadow:#aaa 0 0 3px 0;border-radius:3px}input.vis-configuration.vis-config-range::-moz-range-thumb{border:0;height:16px;width:16px;border-radius:50%;background:#385380}input.vis-configuration.vis-config-range:-moz-focusring{outline:1px solid white;outline-offset:-1px}input.vis-configuration.vis-config-range::-ms-track{width:300px;height:5px;background:transparent;border-color:transparent;border-width:6px 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visualization library.\n *\n * @version 4.17.0\n * @date 2016-11-05\n *\n * @license\n * Copyright (C) 2011-2016 Almende B.V, http://almende.com\n *\n * Vis.js is dual licensed under both\n *\n * * The Apache 2.0 License\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * and\n *\n * * The MIT License\n * http://opensource.org/licenses/MIT\n *\n * Vis.js may be distributed under either license.\n */\n\"use strict\";(function webpackUniversalModuleDefinition(root,factory){if(typeof exports===\"object\"&&typeof module===\"object\")module.exports=factory();else if(typeof define===\"function\"&&define.amd)define([],factory);else if(typeof exports===\"object\")exports[\"vis\"]=factory();else root[\"vis\"]=factory()})(this,function(){return function(modules){var installedModules={};function __webpack_require__(moduleId){if(installedModules[moduleId])return installedModules[moduleId].exports;var module=installedModules[moduleId]={exports:{},id:moduleId,loaded:false};modules[moduleId].call(module.exports,module,module.exports,__webpack_require__);module.loaded=true;return module.exports}__webpack_require__.m=modules;__webpack_require__.c=installedModules;__webpack_require__.p=\"\";return __webpack_require__(0)}([function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);util.extend(exports,__webpack_require__(7));util.extend(exports,__webpack_require__(26));util.extend(exports,__webpack_require__(62))},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var moment=__webpack_require__(2);var uuid=__webpack_require__(6);exports.isNumber=function(object){return object instanceof Number||typeof object==\"number\"};exports.recursiveDOMDelete=function(DOMobject){if(DOMobject){while(DOMobject.hasChildNodes()===true){exports.recursiveDOMDelete(DOMobject.firstChild);DOMobject.removeChild(DOMobject.firstChild)}}};exports.giveRange=function(min,max,total,value){if(max==min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}};exports.isString=function(object){return object instanceof String||typeof object==\"string\"};exports.isDate=function(object){if(object instanceof Date){return true}else if(exports.isString(object)){var match=ASPDateRegex.exec(object);if(match){return true}else if(!isNaN(Date.parse(object))){return true}}return false};exports.randomUUID=function(){return uuid.v4()};exports.assignAllKeys=function(obj,value){for(var prop in obj){if(obj.hasOwnProperty(prop)){if(_typeof(obj[prop])!==\"object\"){obj[prop]=value}}}};exports.fillIfDefined=function(a,b){var allowDeletion=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;for(var prop in a){if(b[prop]!==undefined){if(_typeof(b[prop])!==\"object\"){if((b[prop]===undefined||b[prop]===null)&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}else{if(_typeof(a[prop])===\"object\"){exports.fillIfDefined(a[prop],b[prop],allowDeletion)}}}}};exports.protoExtend=function(a,b){for(var i=1;i<arguments.length;i++){var other=arguments[i];for(var prop in other){a[prop]=other[prop]}}return a};exports.extend=function(a,b){for(var i=1;i<arguments.length;i++){var other=arguments[i];for(var prop in other){if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveExtend=function(props,a,b){if(!Array.isArray(props)){throw new Error(\"Array with property names expected as first argument\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveDeepExtend=function(props,a,b){var allowDeletion=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other.hasOwnProperty(prop)){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop],false,allowDeletion)}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){throw new TypeError(\"Arrays are not supported by deepExtend\")}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}}}return a};exports.selectiveNotDeepExtend=function(props,a,b){var allowDeletion=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var prop in b){if(b.hasOwnProperty(prop)){if(props.indexOf(prop)==-1){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop])}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){a[prop]=[];for(var i=0;i<b[prop].length;i++){a[prop].push(b[prop][i])}}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}}}return a};exports.deepExtend=function(a,b,protoExtend,allowDeletion){for(var prop in b){if(b.hasOwnProperty(prop)||protoExtend===true){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop],protoExtend)}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){a[prop]=[];for(var i=0;i<b[prop].length;i++){a[prop].push(b[prop][i])}}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}}return a};exports.equalArray=function(a,b){if(a.length!=b.length)return false;for(var i=0,len=a.length;i<len;i++){if(a[i]!=b[i])return false}return true};exports.convert=function(object,type){var match;if(object===undefined){return undefined}if(object===null){return null}if(!type){return object}if(!(typeof type===\"string\")&&!(type instanceof String)){throw new Error(\"Type must be a string\")}switch(type){case\"boolean\":case\"Boolean\":return Boolean(object);case\"number\":case\"Number\":if(!isNaN(Date.parse(object))){return moment(object).valueOf()}else{return Number(object.valueOf())}case\"string\":case\"String\":return String(object);case\"Date\":if(exports.isNumber(object)){return new Date(object)}if(object instanceof Date){return new Date(object.valueOf())}else if(moment.isMoment(object)){return new Date(object.valueOf())}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1]))}else{return moment(new Date(object)).toDate()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"Moment\":if(exports.isNumber(object)){return moment(object)}if(object instanceof Date){return moment(object.valueOf())}else if(moment.isMoment(object)){return moment(object)}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return moment(Number(match[1]))}else{return moment(object)}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"ISODate\":if(exports.isNumber(object)){return new Date(object)}else if(object instanceof Date){return object.toISOString()}else if(moment.isMoment(object)){return object.toDate().toISOString()}else if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1])).toISOString()}else{return moment(object).format()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ISODate\")}case\"ASPDate\":if(exports.isNumber(object)){return\"/Date(\"+object+\")/\"}else if(object instanceof Date){return\"/Date(\"+object.valueOf()+\")/\"}else if(exports.isString(object)){match=ASPDateRegex.exec(object);var value;if(match){value=new Date(Number(match[1])).valueOf()}else{value=new Date(object).valueOf()}return\"/Date(\"+value+\")/\"}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ASPDate\")}default:throw new Error('Unknown type \"'+type+'\"')}};var ASPDateRegex=/^\\/?Date\\((\\-?\\d+)/i;exports.getType=function(object){var type=typeof object===\"undefined\"?\"undefined\":_typeof(object);if(type==\"object\"){if(object===null){return\"null\"}if(object instanceof Boolean){return\"Boolean\"}if(object instanceof Number){return\"Number\"}if(object instanceof String){return\"String\"}if(Array.isArray(object)){return\"Array\"}if(object instanceof Date){return\"Date\"}return\"Object\"}else if(type==\"number\"){return\"Number\"}else if(type==\"boolean\"){return\"Boolean\"}else if(type==\"string\"){return\"String\"}else if(type===undefined){return\"undefined\"}return type};exports.copyAndExtendArray=function(arr,newValue){var newArr=[];for(var i=0;i<arr.length;i++){newArr.push(arr[i])}newArr.push(newValue);return newArr};exports.copyArray=function(arr){var newArr=[];for(var i=0;i<arr.length;i++){newArr.push(arr[i])}return newArr};exports.getAbsoluteLeft=function(elem){return elem.getBoundingClientRect().left};exports.getAbsoluteRight=function(elem){return elem.getBoundingClientRect().right};exports.getAbsoluteTop=function(elem){return elem.getBoundingClientRect().top};exports.addClassName=function(elem,className){var classes=elem.className.split(\" \");if(classes.indexOf(className)==-1){classes.push(className);elem.className=classes.join(\" \")}};exports.removeClassName=function(elem,className){var classes=elem.className.split(\" \");var index=classes.indexOf(className);if(index!=-1){classes.splice(index,1);elem.className=classes.join(\" \")}};exports.forEach=function(object,callback){var i,len;if(Array.isArray(object)){for(i=0,len=object.length;i<len;i++){callback(object[i],i,object)}}else{for(i in object){if(object.hasOwnProperty(i)){callback(object[i],i,object)}}}};exports.toArray=function(object){var array=[];for(var prop in object){if(object.hasOwnProperty(prop))array.push(object[prop])}return array};exports.updateProperty=function(object,key,value){if(object[key]!==value){object[key]=value;return true}else{return false}};exports.throttle=function(fn){var scheduled=false;return function throttled(){if(!scheduled){scheduled=true;requestAnimationFrame(function(){scheduled=false;fn()})}}};exports.addEventListener=function(element,action,listener,useCapture){if(element.addEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.addEventListener(action,listener,useCapture)}else{element.attachEvent(\"on\"+action,listener)}};exports.removeEventListener=function(element,action,listener,useCapture){if(element.removeEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.removeEventListener(action,listener,useCapture)}else{element.detachEvent(\"on\"+action,listener)}};exports.preventDefault=function(event){if(!event)event=window.event;if(event.preventDefault){event.preventDefault()}else{event.returnValue=false}};exports.getTarget=function(event){if(!event){event=window.event}var target;if(event.target){target=event.target}else if(event.srcElement){target=event.srcElement}if(target.nodeType!=undefined&&target.nodeType==3){target=target.parentNode}return target};exports.hasParent=function(element,parent){var e=element;while(e){if(e===parent){return true}e=e.parentNode}return false};exports.option={};exports.option.asBoolean=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return value!=false}return defaultValue||null};exports.option.asNumber=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return Number(value)||defaultValue||null}return defaultValue||null};exports.option.asString=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return String(value)}return defaultValue||null};exports.option.asSize=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(exports.isString(value)){return value}else if(exports.isNumber(value)){return value+\"px\"}else{return defaultValue||null}};exports.option.asElement=function(value,defaultValue){if(typeof value==\"function\"){value=value()}return value||defaultValue||null};exports.hexToRGB=function(hex){var shorthandRegex=/^#?([a-f\\d])([a-f\\d])([a-f\\d])$/i;hex=hex.replace(shorthandRegex,function(m,r,g,b){return r+r+g+g+b+b});var result=/^#?([a-f\\d]{2})([a-f\\d]{2})([a-f\\d]{2})$/i.exec(hex);return result?{r:parseInt(result[1],16),g:parseInt(result[2],16),b:parseInt(result[3],16)}:null};exports.overrideOpacity=function(color,opacity){if(color.indexOf(\"rgba\")!=-1){return color}else if(color.indexOf(\"rgb\")!=-1){var rgb=color.substr(color.indexOf(\"(\")+1).replace(\")\",\"\").split(\",\");return\"rgba(\"+rgb[0]+\",\"+rgb[1]+\",\"+rgb[2]+\",\"+opacity+\")\"}else{var rgb=exports.hexToRGB(color);if(rgb==null){return color}else{return\"rgba(\"+rgb.r+\",\"+rgb.g+\",\"+rgb.b+\",\"+opacity+\")\"}}};exports.RGBToHex=function(red,green,blue){return\"#\"+((1<<24)+(red<<16)+(green<<8)+blue).toString(16).slice(1)};exports.parseColor=function(color){var c;if(exports.isString(color)===true){if(exports.isValidRGB(color)===true){var rgb=color.substr(4).substr(0,color.length-5).split(\",\").map(function(value){return parseInt(value)});color=exports.RGBToHex(rgb[0],rgb[1],rgb[2])}if(exports.isValidHex(color)===true){var hsv=exports.hexToHSV(color);var lighterColorHSV={h:hsv.h,s:hsv.s*.8,v:Math.min(1,hsv.v*1.02)};var darkerColorHSV={h:hsv.h,s:Math.min(1,hsv.s*1.25),v:hsv.v*.8};var darkerColorHex=exports.HSVToHex(darkerColorHSV.h,darkerColorHSV.s,darkerColorHSV.v);var lighterColorHex=exports.HSVToHex(lighterColorHSV.h,lighterColorHSV.s,lighterColorHSV.v);c={background:color,border:darkerColorHex,highlight:{background:lighterColorHex,border:darkerColorHex},hover:{background:lighterColorHex,border:darkerColorHex}}}else{c={background:color,border:color,highlight:{background:color,border:color},hover:{background:color,border:color}}}}else{c={};c.background=color.background||undefined;c.border=color.border||undefined;if(exports.isString(color.highlight)){c.highlight={border:color.highlight,background:color.highlight}}else{c.highlight={};c.highlight.background=color.highlight&&color.highlight.background||undefined;c.highlight.border=color.highlight&&color.highlight.border||undefined}if(exports.isString(color.hover)){c.hover={border:color.hover,background:color.hover}}else{c.hover={};c.hover.background=color.hover&&color.hover.background||undefined;c.hover.border=color.hover&&color.hover.border||undefined}}return c};exports.RGBToHSV=function(red,green,blue){red=red/255;green=green/255;blue=blue/255;var minRGB=Math.min(red,Math.min(green,blue));var maxRGB=Math.max(red,Math.max(green,blue));if(minRGB==maxRGB){return{h:0,s:0,v:minRGB}}var d=red==minRGB?green-blue:blue==minRGB?red-green:blue-red;var h=red==minRGB?3:blue==minRGB?1:5;var hue=60*(h-d/(maxRGB-minRGB))/360;var saturation=(maxRGB-minRGB)/maxRGB;var value=maxRGB;return{h:hue,s:saturation,v:value}};var cssUtil={split:function split(cssText){var styles={};cssText.split(\";\").forEach(function(style){if(style.trim()!=\"\"){var parts=style.split(\":\");var key=parts[0].trim();var value=parts[1].trim();styles[key]=value}});return styles},join:function join(styles){return Object.keys(styles).map(function(key){return key+\": \"+styles[key]}).join(\"; \")}};exports.addCssText=function(element,cssText){var currentStyles=cssUtil.split(element.style.cssText);var newStyles=cssUtil.split(cssText);var styles=exports.extend(currentStyles,newStyles);element.style.cssText=cssUtil.join(styles)};exports.removeCssText=function(element,cssText){var styles=cssUtil.split(element.style.cssText);var removeStyles=cssUtil.split(cssText);for(var key in removeStyles){if(removeStyles.hasOwnProperty(key)){delete styles[key]}}element.style.cssText=cssUtil.join(styles)};exports.HSVToRGB=function(h,s,v){var r,g,b;var i=Math.floor(h*6);var f=h*6-i;var p=v*(1-s);var q=v*(1-f*s);var t=v*(1-(1-f)*s);switch(i%6){case 0:r=v,g=t,b=p;break;case 1:r=q,g=v,b=p;break;case 2:r=p,g=v,b=t;break;case 3:r=p,g=q,b=v;break;case 4:r=t,g=p,b=v;break;case 5:r=v,g=p,b=q;break}return{r:Math.floor(r*255),g:Math.floor(g*255),b:Math.floor(b*255)}};exports.HSVToHex=function(h,s,v){var rgb=exports.HSVToRGB(h,s,v);return exports.RGBToHex(rgb.r,rgb.g,rgb.b)};exports.hexToHSV=function(hex){var rgb=exports.hexToRGB(hex);return exports.RGBToHSV(rgb.r,rgb.g,rgb.b)};exports.isValidHex=function(hex){var isOk=/(^#[0-9A-F]{6}$)|(^#[0-9A-F]{3}$)/i.test(hex);return isOk};exports.isValidRGB=function(rgb){rgb=rgb.replace(\" \",\"\");var isOk=/rgb\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3})\\)/i.test(rgb);return isOk};exports.isValidRGBA=function(rgba){rgba=rgba.replace(\" \",\"\");var isOk=/rgba\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3}),(.{1,3})\\)/i.test(rgba);return isOk};exports.selectiveBridgeObject=function(fields,referenceObject){if((typeof referenceObject===\"undefined\"?\"undefined\":_typeof(referenceObject))==\"object\"){var objectTo=Object.create(referenceObject);for(var i=0;i<fields.length;i++){if(referenceObject.hasOwnProperty(fields[i])){if(_typeof(referenceObject[fields[i]])==\"object\"){objectTo[fields[i]]=exports.bridgeObject(referenceObject[fields[i]])}}}return objectTo}else{return null}};exports.bridgeObject=function(referenceObject){if((typeof referenceObject===\"undefined\"?\"undefined\":_typeof(referenceObject))==\"object\"){var objectTo=Object.create(referenceObject);for(var i in referenceObject){if(referenceObject.hasOwnProperty(i)){if(_typeof(referenceObject[i])==\"object\"){objectTo[i]=exports.bridgeObject(referenceObject[i])}}}return objectTo}else{return null}};exports.insertSort=function(a,compare){for(var i=0;i<a.length;i++){var k=a[i];for(var j=i;j>0&&compare(k,a[j-1])<0;j--){a[j]=a[j-1]}a[j]=k}return a};exports.mergeOptions=function(mergeTarget,options,option){var allowDeletion=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;var globalOptions=arguments.length>4&&arguments[4]!==undefined?arguments[4]:{};if(options[option]===null){mergeTarget[option]=Object.create(globalOptions[option])}else{if(options[option]!==undefined){if(typeof options[option]===\"boolean\"){mergeTarget[option].enabled=options[option]}else{if(options[option].enabled===undefined){mergeTarget[option].enabled=true}for(var prop in options[option]){if(options[option].hasOwnProperty(prop)){mergeTarget[option][prop]=options[option][prop]}}}}}};exports.binarySearchCustom=function(orderedItems,comparator,field,field2){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;while(low<=high&&iteration<maxIterations){var middle=Math.floor((low+high)/2);var item=orderedItems[middle];var value=field2===undefined?item[field]:item[field][field2];var searchResult=comparator(value);if(searchResult==0){return middle}else if(searchResult==-1){low=middle+1}else{high=middle-1}iteration++}return-1};exports.binarySearchValue=function(orderedItems,target,field,sidePreference,comparator){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;var prevValue,value,nextValue,middle;var comparator=comparator!=undefined?comparator:function(a,b){return a==b?0:a<b?-1:1};while(low<=high&&iteration<maxIterations){middle=Math.floor(.5*(high+low));prevValue=orderedItems[Math.max(0,middle-1)][field];value=orderedItems[middle][field];nextValue=orderedItems[Math.min(orderedItems.length-1,middle+1)][field];if(comparator(value,target)==0){return middle}else if(comparator(prevValue,target)<0&&comparator(value,target)>0){return sidePreference==\"before\"?Math.max(0,middle-1):middle}else if(comparator(value,target)<0&&comparator(nextValue,target)>0){return sidePreference==\"before\"?middle:Math.min(orderedItems.length-1,middle+1)}else{if(comparator(value,target)<0){low=middle+1}else{high=middle-1}}iteration++}return-1};exports.easingFunctions={linear:function linear(t){return t},easeInQuad:function easeInQuad(t){return t*t},easeOutQuad:function easeOutQuad(t){return t*(2-t)},easeInOutQuad:function easeInOutQuad(t){return t<.5?2*t*t:-1+(4-2*t)*t},easeInCubic:function easeInCubic(t){return t*t*t},easeOutCubic:function easeOutCubic(t){return--t*t*t+1},easeInOutCubic:function easeInOutCubic(t){return t<.5?4*t*t*t:(t-1)*(2*t-2)*(2*t-2)+1},easeInQuart:function easeInQuart(t){return t*t*t*t},easeOutQuart:function easeOutQuart(t){return 1- --t*t*t*t},easeInOutQuart:function easeInOutQuart(t){return t<.5?8*t*t*t*t:1-8*--t*t*t*t},easeInQuint:function easeInQuint(t){return t*t*t*t*t},easeOutQuint:function easeOutQuint(t){return 1+--t*t*t*t*t},easeInOutQuint:function easeInOutQuint(t){return t<.5?16*t*t*t*t*t:1+16*--t*t*t*t*t}};exports.getScrollBarWidth=function(){var inner=document.createElement(\"p\");inner.style.width=\"100%\";inner.style.height=\"200px\";var outer=document.createElement(\"div\");outer.style.position=\"absolute\";outer.style.top=\"0px\";outer.style.left=\"0px\";outer.style.visibility=\"hidden\";outer.style.width=\"200px\";outer.style.height=\"150px\";outer.style.overflow=\"hidden\";outer.appendChild(inner);document.body.appendChild(outer);var w1=inner.offsetWidth;outer.style.overflow=\"scroll\";var w2=inner.offsetWidth;if(w1==w2)w2=outer.clientWidth;document.body.removeChild(outer);return w1-w2}},function(module,exports,__webpack_require__){\"use strict\";module.exports=typeof window!==\"undefined\"&&window[\"moment\"]||__webpack_require__(3)},function(module,exports,__webpack_require__){(function(module){(function(global,factory){true?module.exports=factory():typeof define===\"function\"&&define.amd?define(factory):global.moment=factory()})(this,function(){\"use strict\";var hookCallback;function utils_hooks__hooks(){return hookCallback.apply(null,arguments)}function setHookCallback(callback){hookCallback=callback}function isArray(input){return input instanceof Array||Object.prototype.toString.call(input)===\"[object Array]\"}function isObject(input){return input!=null&&Object.prototype.toString.call(input)===\"[object Object]\"}function isObjectEmpty(obj){var k;for(k in obj){return false}return true}function isDate(input){return input instanceof Date||Object.prototype.toString.call(input)===\"[object Date]\"}function map(arr,fn){var res=[],i;for(i=0;i<arr.length;++i){res.push(fn(arr[i],i))}return res}function hasOwnProp(a,b){return Object.prototype.hasOwnProperty.call(a,b)}function extend(a,b){for(var i in b){if(hasOwnProp(b,i)){a[i]=b[i]}}if(hasOwnProp(b,\"toString\")){a.toString=b.toString}if(hasOwnProp(b,\"valueOf\")){a.valueOf=b.valueOf}return a}function create_utc__createUTC(input,format,locale,strict){return createLocalOrUTC(input,format,locale,strict,true).utc()}function defaultParsingFlags(){return{empty:false,unusedTokens:[],unusedInput:[],overflow:-2,charsLeftOver:0,nullInput:false,invalidMonth:null,invalidFormat:false,userInvalidated:false,iso:false,parsedDateParts:[],meridiem:null}}function getParsingFlags(m){if(m._pf==null){m._pf=defaultParsingFlags()}return m._pf}var some;if(Array.prototype.some){some=Array.prototype.some}else{some=function(fun){var t=Object(this);var len=t.length>>>0;for(var i=0;i<len;i++){if(i in t&&fun.call(this,t[i],i,t)){return true}}return false}}function valid__isValid(m){if(m._isValid==null){var flags=getParsingFlags(m);var parsedParts=some.call(flags.parsedDateParts,function(i){return i!=null});var isNowValid=!isNaN(m._d.getTime())&&flags.overflow<0&&!flags.empty&&!flags.invalidMonth&&!flags.invalidWeekday&&!flags.nullInput&&!flags.invalidFormat&&!flags.userInvalidated&&(!flags.meridiem||flags.meridiem&&parsedParts);if(m._strict){isNowValid=isNowValid&&flags.charsLeftOver===0&&flags.unusedTokens.length===0&&flags.bigHour===undefined}if(Object.isFrozen==null||!Object.isFrozen(m)){m._isValid=isNowValid}else{return isNowValid}}return m._isValid}function valid__createInvalid(flags){var m=create_utc__createUTC(NaN);if(flags!=null){extend(getParsingFlags(m),flags)}else{getParsingFlags(m).userInvalidated=true}return m}function isUndefined(input){return input===void 0}var momentProperties=utils_hooks__hooks.momentProperties=[];function copyConfig(to,from){var i,prop,val;if(!isUndefined(from._isAMomentObject)){to._isAMomentObject=from._isAMomentObject}if(!isUndefined(from._i)){to._i=from._i}if(!isUndefined(from._f)){to._f=from._f}if(!isUndefined(from._l)){to._l=from._l}if(!isUndefined(from._strict)){to._strict=from._strict}if(!isUndefined(from._tzm)){to._tzm=from._tzm}if(!isUndefined(from._isUTC)){to._isUTC=from._isUTC}if(!isUndefined(from._offset)){to._offset=from._offset}if(!isUndefined(from._pf)){to._pf=getParsingFlags(from)}if(!isUndefined(from._locale)){to._locale=from._locale}if(momentProperties.length>0){for(i in momentProperties){prop=momentProperties[i];val=from[prop];if(!isUndefined(val)){to[prop]=val}}}return to}var updateInProgress=false;function Moment(config){copyConfig(this,config);this._d=new Date(config._d!=null?config._d.getTime():NaN);if(updateInProgress===false){updateInProgress=true;utils_hooks__hooks.updateOffset(this);updateInProgress=false}}function isMoment(obj){return obj instanceof Moment||obj!=null&&obj._isAMomentObject!=null}function absFloor(number){if(number<0){return Math.ceil(number)||0}else{return Math.floor(number)}}function toInt(argumentForCoercion){var coercedNumber=+argumentForCoercion,value=0;if(coercedNumber!==0&&isFinite(coercedNumber)){value=absFloor(coercedNumber)}return value}function compareArrays(array1,array2,dontConvert){var len=Math.min(array1.length,array2.length),lengthDiff=Math.abs(array1.length-array2.length),diffs=0,i;for(i=0;i<len;i++){if(dontConvert&&array1[i]!==array2[i]||!dontConvert&&toInt(array1[i])!==toInt(array2[i])){diffs++}}return diffs+lengthDiff}function warn(msg){if(utils_hooks__hooks.suppressDeprecationWarnings===false&&typeof console!==\"undefined\"&&console.warn){console.warn(\"Deprecation warning: \"+msg)}}function deprecate(msg,fn){var firstTime=true;return extend(function(){if(utils_hooks__hooks.deprecationHandler!=null){utils_hooks__hooks.deprecationHandler(null,msg)}if(firstTime){var args=[];var arg;for(var i=0;i<arguments.length;i++){arg=\"\";if(typeof arguments[i]===\"object\"){arg+=\"\\n[\"+i+\"] \";for(var key in arguments[0]){arg+=key+\": \"+arguments[0][key]+\", \"}arg=arg.slice(0,-2)}else{arg=arguments[i]}args.push(arg)}warn(msg+\"\\nArguments: \"+Array.prototype.slice.call(args).join(\"\")+\"\\n\"+(new Error).stack);firstTime=false}return fn.apply(this,arguments)},fn)}var deprecations={};function deprecateSimple(name,msg){if(utils_hooks__hooks.deprecationHandler!=null){utils_hooks__hooks.deprecationHandler(name,msg)}if(!deprecations[name]){warn(msg);deprecations[name]=true}}utils_hooks__hooks.suppressDeprecationWarnings=false;utils_hooks__hooks.deprecationHandler=null;function isFunction(input){return input instanceof Function||Object.prototype.toString.call(input)===\"[object Function]\"}function locale_set__set(config){var prop,i;for(i in config){prop=config[i];if(isFunction(prop)){this[i]=prop}else{this[\"_\"+i]=prop}}this._config=config;this._ordinalParseLenient=new RegExp(this._ordinalParse.source+\"|\"+/\\d{1,2}/.source)}function mergeConfigs(parentConfig,childConfig){var res=extend({},parentConfig),prop;for(prop in childConfig){if(hasOwnProp(childConfig,prop)){if(isObject(parentConfig[prop])&&isObject(childConfig[prop])){res[prop]={};extend(res[prop],parentConfig[prop]);extend(res[prop],childConfig[prop])}else if(childConfig[prop]!=null){res[prop]=childConfig[prop]}else{delete res[prop]}}}for(prop in parentConfig){if(hasOwnProp(parentConfig,prop)&&!hasOwnProp(childConfig,prop)&&isObject(parentConfig[prop])){res[prop]=extend({},res[prop])}}return res}function Locale(config){if(config!=null){this.set(config)}}var keys;if(Object.keys){keys=Object.keys}else{keys=function(obj){var i,res=[];for(i in obj){if(hasOwnProp(obj,i)){res.push(i)}}return res}}var defaultCalendar={sameDay:\"[Today at] LT\",nextDay:\"[Tomorrow at] LT\",nextWeek:\"dddd [at] LT\",lastDay:\"[Yesterday at] LT\",lastWeek:\"[Last] dddd [at] LT\",sameElse:\"L\"};function locale_calendar__calendar(key,mom,now){var output=this._calendar[key]||this._calendar[\"sameElse\"];return isFunction(output)?output.call(mom,now):output}var defaultLongDateFormat={LTS:\"h:mm:ss A\",LT:\"h:mm A\",L:\"MM/DD/YYYY\",LL:\"MMMM D, YYYY\",LLL:\"MMMM D, YYYY h:mm A\",LLLL:\"dddd, MMMM D, YYYY h:mm A\"};function longDateFormat(key){var format=this._longDateFormat[key],formatUpper=this._longDateFormat[key.toUpperCase()];if(format||!formatUpper){return format}this._longDateFormat[key]=formatUpper.replace(/MMMM|MM|DD|dddd/g,function(val){return val.slice(1)});return this._longDateFormat[key]}var defaultInvalidDate=\"Invalid date\";function invalidDate(){return this._invalidDate}var defaultOrdinal=\"%d\";var defaultOrdinalParse=/\\d{1,2}/;function ordinal(number){return this._ordinal.replace(\"%d\",number)}var defaultRelativeTime={future:\"in %s\",past:\"%s ago\",s:\"a few seconds\",m:\"a minute\",mm:\"%d minutes\",h:\"an hour\",hh:\"%d hours\",d:\"a day\",dd:\"%d days\",M:\"a month\",MM:\"%d months\",y:\"a year\",yy:\"%d years\"};function relative__relativeTime(number,withoutSuffix,string,isFuture){var output=this._relativeTime[string];return isFunction(output)?output(number,withoutSuffix,string,isFuture):output.replace(/%d/i,number)}function pastFuture(diff,output){var format=this._relativeTime[diff>0?\"future\":\"past\"];return isFunction(format)?format(output):format.replace(/%s/i,output)}var aliases={};function addUnitAlias(unit,shorthand){var lowerCase=unit.toLowerCase();aliases[lowerCase]=aliases[lowerCase+\"s\"]=aliases[shorthand]=unit}function normalizeUnits(units){return typeof units===\"string\"?aliases[units]||aliases[units.toLowerCase()]:undefined}function normalizeObjectUnits(inputObject){var normalizedInput={},normalizedProp,prop;for(prop in inputObject){if(hasOwnProp(inputObject,prop)){normalizedProp=normalizeUnits(prop);if(normalizedProp){normalizedInput[normalizedProp]=inputObject[prop]}}}return normalizedInput}var priorities={};function addUnitPriority(unit,priority){priorities[unit]=priority}function getPrioritizedUnits(unitsObj){var units=[];for(var u in unitsObj){units.push({unit:u,priority:priorities[u]})}units.sort(function(a,b){return a.priority-b.priority});return units}function makeGetSet(unit,keepTime){return function(value){if(value!=null){get_set__set(this,unit,value);utils_hooks__hooks.updateOffset(this,keepTime);return this}else{return get_set__get(this,unit)}}}function get_set__get(mom,unit){return mom.isValid()?mom._d[\"get\"+(mom._isUTC?\"UTC\":\"\")+unit]():NaN}function get_set__set(mom,unit,value){if(mom.isValid()){mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+unit](value)}}function stringGet(units){units=normalizeUnits(units);if(isFunction(this[units])){return this[units]()}return this}function stringSet(units,value){if(typeof units===\"object\"){units=normalizeObjectUnits(units);var prioritized=getPrioritizedUnits(units);for(var i=0;i<prioritized.length;i++){this[prioritized[i].unit](units[prioritized[i].unit])}}else{units=normalizeUnits(units);if(isFunction(this[units])){return this[units](value)}}return this}function zeroFill(number,targetLength,forceSign){var absNumber=\"\"+Math.abs(number),zerosToFill=targetLength-absNumber.length,sign=number>=0;return(sign?forceSign?\"+\":\"\":\"-\")+Math.pow(10,Math.max(0,zerosToFill)).toString().substr(1)+absNumber}var formattingTokens=/(\\[[^\\[]*\\])|(\\\\)?([Hh]mm(ss)?|Mo|MM?M?M?|Do|DDDo|DD?D?D?|ddd?d?|do?|w[o|w]?|W[o|W]?|Qo?|YYYYYY|YYYYY|YYYY|YY|gg(ggg?)?|GG(GGG?)?|e|E|a|A|hh?|HH?|kk?|mm?|ss?|S{1,9}|x|X|zz?|ZZ?|.)/g;var localFormattingTokens=/(\\[[^\\[]*\\])|(\\\\)?(LTS|LT|LL?L?L?|l{1,4})/g;var formatFunctions={};var formatTokenFunctions={};function addFormatToken(token,padded,ordinal,callback){var func=callback;if(typeof callback===\"string\"){func=function(){return this[callback]()}}if(token){formatTokenFunctions[token]=func}if(padded){formatTokenFunctions[padded[0]]=function(){return zeroFill(func.apply(this,arguments),padded[1],padded[2])}}if(ordinal){formatTokenFunctions[ordinal]=function(){return this.localeData().ordinal(func.apply(this,arguments),token)}}}function removeFormattingTokens(input){if(input.match(/\\[[\\s\\S]/)){return input.replace(/^\\[|\\]$/g,\"\")}return input.replace(/\\\\/g,\"\");\n}function makeFormatFunction(format){var array=format.match(formattingTokens),i,length;for(i=0,length=array.length;i<length;i++){if(formatTokenFunctions[array[i]]){array[i]=formatTokenFunctions[array[i]]}else{array[i]=removeFormattingTokens(array[i])}}return function(mom){var output=\"\",i;for(i=0;i<length;i++){output+=array[i]instanceof Function?array[i].call(mom,format):array[i]}return output}}function formatMoment(m,format){if(!m.isValid()){return m.localeData().invalidDate()}format=expandFormat(format,m.localeData());formatFunctions[format]=formatFunctions[format]||makeFormatFunction(format);return formatFunctions[format](m)}function expandFormat(format,locale){var i=5;function replaceLongDateFormatTokens(input){return locale.longDateFormat(input)||input}localFormattingTokens.lastIndex=0;while(i>=0&&localFormattingTokens.test(format)){format=format.replace(localFormattingTokens,replaceLongDateFormatTokens);localFormattingTokens.lastIndex=0;i-=1}return format}var match1=/\\d/;var match2=/\\d\\d/;var match3=/\\d{3}/;var match4=/\\d{4}/;var match6=/[+-]?\\d{6}/;var match1to2=/\\d\\d?/;var match3to4=/\\d\\d\\d\\d?/;var match5to6=/\\d\\d\\d\\d\\d\\d?/;var match1to3=/\\d{1,3}/;var match1to4=/\\d{1,4}/;var match1to6=/[+-]?\\d{1,6}/;var matchUnsigned=/\\d+/;var matchSigned=/[+-]?\\d+/;var matchOffset=/Z|[+-]\\d\\d:?\\d\\d/gi;var matchShortOffset=/Z|[+-]\\d\\d(?::?\\d\\d)?/gi;var matchTimestamp=/[+-]?\\d+(\\.\\d{1,3})?/;var matchWord=/[0-9]*['a-z\\u00A0-\\u05FF\\u0700-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF]+|[\\u0600-\\u06FF\\/]+(\\s*?[\\u0600-\\u06FF]+){1,2}/i;var regexes={};function addRegexToken(token,regex,strictRegex){regexes[token]=isFunction(regex)?regex:function(isStrict,localeData){return isStrict&&strictRegex?strictRegex:regex}}function getParseRegexForToken(token,config){if(!hasOwnProp(regexes,token)){return new RegExp(unescapeFormat(token))}return regexes[token](config._strict,config._locale)}function unescapeFormat(s){return regexEscape(s.replace(\"\\\\\",\"\").replace(/\\\\(\\[)|\\\\(\\])|\\[([^\\]\\[]*)\\]|\\\\(.)/g,function(matched,p1,p2,p3,p4){return p1||p2||p3||p4}))}function regexEscape(s){return s.replace(/[-\\/\\\\^$*+?.()|[\\]{}]/g,\"\\\\$&\")}var tokens={};function addParseToken(token,callback){var i,func=callback;if(typeof token===\"string\"){token=[token]}if(typeof callback===\"number\"){func=function(input,array){array[callback]=toInt(input)}}for(i=0;i<token.length;i++){tokens[token[i]]=func}}function addWeekParseToken(token,callback){addParseToken(token,function(input,array,config,token){config._w=config._w||{};callback(input,config._w,config,token)})}function addTimeToArrayFromToken(token,input,config){if(input!=null&&hasOwnProp(tokens,token)){tokens[token](input,config._a,config,token)}}var YEAR=0;var MONTH=1;var DATE=2;var HOUR=3;var MINUTE=4;var SECOND=5;var MILLISECOND=6;var WEEK=7;var WEEKDAY=8;var indexOf;if(Array.prototype.indexOf){indexOf=Array.prototype.indexOf}else{indexOf=function(o){var i;for(i=0;i<this.length;++i){if(this[i]===o){return i}}return-1}}function daysInMonth(year,month){return new Date(Date.UTC(year,month+1,0)).getUTCDate()}addFormatToken(\"M\",[\"MM\",2],\"Mo\",function(){return this.month()+1});addFormatToken(\"MMM\",0,0,function(format){return this.localeData().monthsShort(this,format)});addFormatToken(\"MMMM\",0,0,function(format){return this.localeData().months(this,format)});addUnitAlias(\"month\",\"M\");addUnitPriority(\"month\",8);addRegexToken(\"M\",match1to2);addRegexToken(\"MM\",match1to2,match2);addRegexToken(\"MMM\",function(isStrict,locale){return locale.monthsShortRegex(isStrict)});addRegexToken(\"MMMM\",function(isStrict,locale){return locale.monthsRegex(isStrict)});addParseToken([\"M\",\"MM\"],function(input,array){array[MONTH]=toInt(input)-1});addParseToken([\"MMM\",\"MMMM\"],function(input,array,config,token){var month=config._locale.monthsParse(input,token,config._strict);if(month!=null){array[MONTH]=month}else{getParsingFlags(config).invalidMonth=input}});var MONTHS_IN_FORMAT=/D[oD]?(\\[[^\\[\\]]*\\]|\\s)+MMMM?/;var defaultLocaleMonths=\"January_February_March_April_May_June_July_August_September_October_November_December\".split(\"_\");function localeMonths(m,format){if(!m){return this._months}return isArray(this._months)?this._months[m.month()]:this._months[(this._months.isFormat||MONTHS_IN_FORMAT).test(format)?\"format\":\"standalone\"][m.month()]}var defaultLocaleMonthsShort=\"Jan_Feb_Mar_Apr_May_Jun_Jul_Aug_Sep_Oct_Nov_Dec\".split(\"_\");function localeMonthsShort(m,format){if(!m){return this._monthsShort}return isArray(this._monthsShort)?this._monthsShort[m.month()]:this._monthsShort[MONTHS_IN_FORMAT.test(format)?\"format\":\"standalone\"][m.month()]}function units_month__handleStrictParse(monthName,format,strict){var i,ii,mom,llc=monthName.toLocaleLowerCase();if(!this._monthsParse){this._monthsParse=[];this._longMonthsParse=[];this._shortMonthsParse=[];for(i=0;i<12;++i){mom=create_utc__createUTC([2e3,i]);this._shortMonthsParse[i]=this.monthsShort(mom,\"\").toLocaleLowerCase();this._longMonthsParse[i]=this.months(mom,\"\").toLocaleLowerCase()}}if(strict){if(format===\"MMM\"){ii=indexOf.call(this._shortMonthsParse,llc);return ii!==-1?ii:null}else{ii=indexOf.call(this._longMonthsParse,llc);return ii!==-1?ii:null}}else{if(format===\"MMM\"){ii=indexOf.call(this._shortMonthsParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._longMonthsParse,llc);return ii!==-1?ii:null}else{ii=indexOf.call(this._longMonthsParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._shortMonthsParse,llc);return ii!==-1?ii:null}}}function localeMonthsParse(monthName,format,strict){var i,mom,regex;if(this._monthsParseExact){return units_month__handleStrictParse.call(this,monthName,format,strict)}if(!this._monthsParse){this._monthsParse=[];this._longMonthsParse=[];this._shortMonthsParse=[]}for(i=0;i<12;i++){mom=create_utc__createUTC([2e3,i]);if(strict&&!this._longMonthsParse[i]){this._longMonthsParse[i]=new RegExp(\"^\"+this.months(mom,\"\").replace(\".\",\"\")+\"$\",\"i\");this._shortMonthsParse[i]=new RegExp(\"^\"+this.monthsShort(mom,\"\").replace(\".\",\"\")+\"$\",\"i\")}if(!strict&&!this._monthsParse[i]){regex=\"^\"+this.months(mom,\"\")+\"|^\"+this.monthsShort(mom,\"\");this._monthsParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(strict&&format===\"MMMM\"&&this._longMonthsParse[i].test(monthName)){return i}else if(strict&&format===\"MMM\"&&this._shortMonthsParse[i].test(monthName)){return i}else if(!strict&&this._monthsParse[i].test(monthName)){return i}}}function setMonth(mom,value){var dayOfMonth;if(!mom.isValid()){return mom}if(typeof value===\"string\"){if(/^\\d+$/.test(value)){value=toInt(value)}else{value=mom.localeData().monthsParse(value);if(typeof value!==\"number\"){return mom}}}dayOfMonth=Math.min(mom.date(),daysInMonth(mom.year(),value));mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+\"Month\"](value,dayOfMonth);return mom}function getSetMonth(value){if(value!=null){setMonth(this,value);utils_hooks__hooks.updateOffset(this,true);return this}else{return get_set__get(this,\"Month\")}}function getDaysInMonth(){return daysInMonth(this.year(),this.month())}var defaultMonthsShortRegex=matchWord;function monthsShortRegex(isStrict){if(this._monthsParseExact){if(!hasOwnProp(this,\"_monthsRegex\")){computeMonthsParse.call(this)}if(isStrict){return this._monthsShortStrictRegex}else{return this._monthsShortRegex}}else{if(!hasOwnProp(this,\"_monthsShortRegex\")){this._monthsShortRegex=defaultMonthsShortRegex}return this._monthsShortStrictRegex&&isStrict?this._monthsShortStrictRegex:this._monthsShortRegex}}var defaultMonthsRegex=matchWord;function monthsRegex(isStrict){if(this._monthsParseExact){if(!hasOwnProp(this,\"_monthsRegex\")){computeMonthsParse.call(this)}if(isStrict){return this._monthsStrictRegex}else{return this._monthsRegex}}else{if(!hasOwnProp(this,\"_monthsRegex\")){this._monthsRegex=defaultMonthsRegex}return this._monthsStrictRegex&&isStrict?this._monthsStrictRegex:this._monthsRegex}}function computeMonthsParse(){function cmpLenRev(a,b){return b.length-a.length}var shortPieces=[],longPieces=[],mixedPieces=[],i,mom;for(i=0;i<12;i++){mom=create_utc__createUTC([2e3,i]);shortPieces.push(this.monthsShort(mom,\"\"));longPieces.push(this.months(mom,\"\"));mixedPieces.push(this.months(mom,\"\"));mixedPieces.push(this.monthsShort(mom,\"\"))}shortPieces.sort(cmpLenRev);longPieces.sort(cmpLenRev);mixedPieces.sort(cmpLenRev);for(i=0;i<12;i++){shortPieces[i]=regexEscape(shortPieces[i]);longPieces[i]=regexEscape(longPieces[i])}for(i=0;i<24;i++){mixedPieces[i]=regexEscape(mixedPieces[i])}this._monthsRegex=new RegExp(\"^(\"+mixedPieces.join(\"|\")+\")\",\"i\");this._monthsShortRegex=this._monthsRegex;this._monthsStrictRegex=new RegExp(\"^(\"+longPieces.join(\"|\")+\")\",\"i\");this._monthsShortStrictRegex=new RegExp(\"^(\"+shortPieces.join(\"|\")+\")\",\"i\")}addFormatToken(\"Y\",0,0,function(){var y=this.year();return y<=9999?\"\"+y:\"+\"+y});addFormatToken(0,[\"YY\",2],0,function(){return this.year()%100});addFormatToken(0,[\"YYYY\",4],0,\"year\");addFormatToken(0,[\"YYYYY\",5],0,\"year\");addFormatToken(0,[\"YYYYYY\",6,true],0,\"year\");addUnitAlias(\"year\",\"y\");addUnitPriority(\"year\",1);addRegexToken(\"Y\",matchSigned);addRegexToken(\"YY\",match1to2,match2);addRegexToken(\"YYYY\",match1to4,match4);addRegexToken(\"YYYYY\",match1to6,match6);addRegexToken(\"YYYYYY\",match1to6,match6);addParseToken([\"YYYYY\",\"YYYYYY\"],YEAR);addParseToken(\"YYYY\",function(input,array){array[YEAR]=input.length===2?utils_hooks__hooks.parseTwoDigitYear(input):toInt(input)});addParseToken(\"YY\",function(input,array){array[YEAR]=utils_hooks__hooks.parseTwoDigitYear(input)});addParseToken(\"Y\",function(input,array){array[YEAR]=parseInt(input,10)});function daysInYear(year){return isLeapYear(year)?366:365}function isLeapYear(year){return year%4===0&&year%100!==0||year%400===0}utils_hooks__hooks.parseTwoDigitYear=function(input){return toInt(input)+(toInt(input)>68?1900:2e3)};var getSetYear=makeGetSet(\"FullYear\",true);function getIsLeapYear(){return isLeapYear(this.year())}function createDate(y,m,d,h,M,s,ms){var date=new Date(y,m,d,h,M,s,ms);if(y<100&&y>=0&&isFinite(date.getFullYear())){date.setFullYear(y)}return date}function createUTCDate(y){var date=new Date(Date.UTC.apply(null,arguments));if(y<100&&y>=0&&isFinite(date.getUTCFullYear())){date.setUTCFullYear(y)}return date}function firstWeekOffset(year,dow,doy){var fwd=7+dow-doy,fwdlw=(7+createUTCDate(year,0,fwd).getUTCDay()-dow)%7;return-fwdlw+fwd-1}function dayOfYearFromWeeks(year,week,weekday,dow,doy){var localWeekday=(7+weekday-dow)%7,weekOffset=firstWeekOffset(year,dow,doy),dayOfYear=1+7*(week-1)+localWeekday+weekOffset,resYear,resDayOfYear;if(dayOfYear<=0){resYear=year-1;resDayOfYear=daysInYear(resYear)+dayOfYear}else if(dayOfYear>daysInYear(year)){resYear=year+1;resDayOfYear=dayOfYear-daysInYear(year)}else{resYear=year;resDayOfYear=dayOfYear}return{year:resYear,dayOfYear:resDayOfYear}}function weekOfYear(mom,dow,doy){var weekOffset=firstWeekOffset(mom.year(),dow,doy),week=Math.floor((mom.dayOfYear()-weekOffset-1)/7)+1,resWeek,resYear;if(week<1){resYear=mom.year()-1;resWeek=week+weeksInYear(resYear,dow,doy)}else if(week>weeksInYear(mom.year(),dow,doy)){resWeek=week-weeksInYear(mom.year(),dow,doy);resYear=mom.year()+1}else{resYear=mom.year();resWeek=week}return{week:resWeek,year:resYear}}function weeksInYear(year,dow,doy){var weekOffset=firstWeekOffset(year,dow,doy),weekOffsetNext=firstWeekOffset(year+1,dow,doy);return(daysInYear(year)-weekOffset+weekOffsetNext)/7}addFormatToken(\"w\",[\"ww\",2],\"wo\",\"week\");addFormatToken(\"W\",[\"WW\",2],\"Wo\",\"isoWeek\");addUnitAlias(\"week\",\"w\");addUnitAlias(\"isoWeek\",\"W\");addUnitPriority(\"week\",5);addUnitPriority(\"isoWeek\",5);addRegexToken(\"w\",match1to2);addRegexToken(\"ww\",match1to2,match2);addRegexToken(\"W\",match1to2);addRegexToken(\"WW\",match1to2,match2);addWeekParseToken([\"w\",\"ww\",\"W\",\"WW\"],function(input,week,config,token){week[token.substr(0,1)]=toInt(input)});function localeWeek(mom){return weekOfYear(mom,this._week.dow,this._week.doy).week}var defaultLocaleWeek={dow:0,doy:6};function localeFirstDayOfWeek(){return this._week.dow}function localeFirstDayOfYear(){return this._week.doy}function getSetWeek(input){var week=this.localeData().week(this);return input==null?week:this.add((input-week)*7,\"d\")}function getSetISOWeek(input){var week=weekOfYear(this,1,4).week;return input==null?week:this.add((input-week)*7,\"d\")}addFormatToken(\"d\",0,\"do\",\"day\");addFormatToken(\"dd\",0,0,function(format){return this.localeData().weekdaysMin(this,format)});addFormatToken(\"ddd\",0,0,function(format){return this.localeData().weekdaysShort(this,format)});addFormatToken(\"dddd\",0,0,function(format){return this.localeData().weekdays(this,format)});addFormatToken(\"e\",0,0,\"weekday\");addFormatToken(\"E\",0,0,\"isoWeekday\");addUnitAlias(\"day\",\"d\");addUnitAlias(\"weekday\",\"e\");addUnitAlias(\"isoWeekday\",\"E\");addUnitPriority(\"day\",11);addUnitPriority(\"weekday\",11);addUnitPriority(\"isoWeekday\",11);addRegexToken(\"d\",match1to2);addRegexToken(\"e\",match1to2);addRegexToken(\"E\",match1to2);addRegexToken(\"dd\",function(isStrict,locale){return locale.weekdaysMinRegex(isStrict)});addRegexToken(\"ddd\",function(isStrict,locale){return locale.weekdaysShortRegex(isStrict)});addRegexToken(\"dddd\",function(isStrict,locale){return locale.weekdaysRegex(isStrict)});addWeekParseToken([\"dd\",\"ddd\",\"dddd\"],function(input,week,config,token){var weekday=config._locale.weekdaysParse(input,token,config._strict);if(weekday!=null){week.d=weekday}else{getParsingFlags(config).invalidWeekday=input}});addWeekParseToken([\"d\",\"e\",\"E\"],function(input,week,config,token){week[token]=toInt(input)});function parseWeekday(input,locale){if(typeof input!==\"string\"){return input}if(!isNaN(input)){return parseInt(input,10)}input=locale.weekdaysParse(input);if(typeof input===\"number\"){return input}return null}function parseIsoWeekday(input,locale){if(typeof input===\"string\"){return locale.weekdaysParse(input)%7||7}return isNaN(input)?null:input}var defaultLocaleWeekdays=\"Sunday_Monday_Tuesday_Wednesday_Thursday_Friday_Saturday\".split(\"_\");function localeWeekdays(m,format){if(!m){return this._weekdays}return isArray(this._weekdays)?this._weekdays[m.day()]:this._weekdays[this._weekdays.isFormat.test(format)?\"format\":\"standalone\"][m.day()]}var defaultLocaleWeekdaysShort=\"Sun_Mon_Tue_Wed_Thu_Fri_Sat\".split(\"_\");function localeWeekdaysShort(m){return m?this._weekdaysShort[m.day()]:this._weekdaysShort}var defaultLocaleWeekdaysMin=\"Su_Mo_Tu_We_Th_Fr_Sa\".split(\"_\");function localeWeekdaysMin(m){return m?this._weekdaysMin[m.day()]:this._weekdaysMin}function day_of_week__handleStrictParse(weekdayName,format,strict){var i,ii,mom,llc=weekdayName.toLocaleLowerCase();if(!this._weekdaysParse){this._weekdaysParse=[];this._shortWeekdaysParse=[];this._minWeekdaysParse=[];for(i=0;i<7;++i){mom=create_utc__createUTC([2e3,1]).day(i);this._minWeekdaysParse[i]=this.weekdaysMin(mom,\"\").toLocaleLowerCase();this._shortWeekdaysParse[i]=this.weekdaysShort(mom,\"\").toLocaleLowerCase();this._weekdaysParse[i]=this.weekdays(mom,\"\").toLocaleLowerCase()}}if(strict){if(format===\"dddd\"){ii=indexOf.call(this._weekdaysParse,llc);return ii!==-1?ii:null}else if(format===\"ddd\"){ii=indexOf.call(this._shortWeekdaysParse,llc);return ii!==-1?ii:null}else{ii=indexOf.call(this._minWeekdaysParse,llc);return ii!==-1?ii:null}}else{if(format===\"dddd\"){ii=indexOf.call(this._weekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._shortWeekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._minWeekdaysParse,llc);return ii!==-1?ii:null}else if(format===\"ddd\"){ii=indexOf.call(this._shortWeekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._weekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._minWeekdaysParse,llc);return ii!==-1?ii:null}else{ii=indexOf.call(this._minWeekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._weekdaysParse,llc);if(ii!==-1){return ii}ii=indexOf.call(this._shortWeekdaysParse,llc);return ii!==-1?ii:null}}}function localeWeekdaysParse(weekdayName,format,strict){var i,mom,regex;if(this._weekdaysParseExact){return day_of_week__handleStrictParse.call(this,weekdayName,format,strict)}if(!this._weekdaysParse){this._weekdaysParse=[];this._minWeekdaysParse=[];this._shortWeekdaysParse=[];this._fullWeekdaysParse=[]}for(i=0;i<7;i++){mom=create_utc__createUTC([2e3,1]).day(i);if(strict&&!this._fullWeekdaysParse[i]){this._fullWeekdaysParse[i]=new RegExp(\"^\"+this.weekdays(mom,\"\").replace(\".\",\".?\")+\"$\",\"i\");this._shortWeekdaysParse[i]=new RegExp(\"^\"+this.weekdaysShort(mom,\"\").replace(\".\",\".?\")+\"$\",\"i\");this._minWeekdaysParse[i]=new RegExp(\"^\"+this.weekdaysMin(mom,\"\").replace(\".\",\".?\")+\"$\",\"i\")}if(!this._weekdaysParse[i]){regex=\"^\"+this.weekdays(mom,\"\")+\"|^\"+this.weekdaysShort(mom,\"\")+\"|^\"+this.weekdaysMin(mom,\"\");this._weekdaysParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(strict&&format===\"dddd\"&&this._fullWeekdaysParse[i].test(weekdayName)){return i}else if(strict&&format===\"ddd\"&&this._shortWeekdaysParse[i].test(weekdayName)){return i}else if(strict&&format===\"dd\"&&this._minWeekdaysParse[i].test(weekdayName)){return i}else if(!strict&&this._weekdaysParse[i].test(weekdayName)){return i}}}function getSetDayOfWeek(input){if(!this.isValid()){return input!=null?this:NaN}var day=this._isUTC?this._d.getUTCDay():this._d.getDay();if(input!=null){input=parseWeekday(input,this.localeData());return this.add(input-day,\"d\")}else{return day}}function getSetLocaleDayOfWeek(input){if(!this.isValid()){return input!=null?this:NaN}var weekday=(this.day()+7-this.localeData()._week.dow)%7;return input==null?weekday:this.add(input-weekday,\"d\")}function getSetISODayOfWeek(input){if(!this.isValid()){return input!=null?this:NaN}if(input!=null){var weekday=parseIsoWeekday(input,this.localeData());return this.day(this.day()%7?weekday:weekday-7)}else{return this.day()||7}}var defaultWeekdaysRegex=matchWord;function weekdaysRegex(isStrict){if(this._weekdaysParseExact){if(!hasOwnProp(this,\"_weekdaysRegex\")){computeWeekdaysParse.call(this)}if(isStrict){return this._weekdaysStrictRegex}else{return this._weekdaysRegex}}else{if(!hasOwnProp(this,\"_weekdaysRegex\")){this._weekdaysRegex=defaultWeekdaysRegex}return this._weekdaysStrictRegex&&isStrict?this._weekdaysStrictRegex:this._weekdaysRegex}}var defaultWeekdaysShortRegex=matchWord;function weekdaysShortRegex(isStrict){if(this._weekdaysParseExact){if(!hasOwnProp(this,\"_weekdaysRegex\")){computeWeekdaysParse.call(this)}if(isStrict){return this._weekdaysShortStrictRegex}else{return this._weekdaysShortRegex}}else{if(!hasOwnProp(this,\"_weekdaysShortRegex\")){this._weekdaysShortRegex=defaultWeekdaysShortRegex}return this._weekdaysShortStrictRegex&&isStrict?this._weekdaysShortStrictRegex:this._weekdaysShortRegex}}var defaultWeekdaysMinRegex=matchWord;function weekdaysMinRegex(isStrict){if(this._weekdaysParseExact){if(!hasOwnProp(this,\"_weekdaysRegex\")){computeWeekdaysParse.call(this)}if(isStrict){return this._weekdaysMinStrictRegex}else{return this._weekdaysMinRegex}}else{if(!hasOwnProp(this,\"_weekdaysMinRegex\")){this._weekdaysMinRegex=defaultWeekdaysMinRegex}return this._weekdaysMinStrictRegex&&isStrict?this._weekdaysMinStrictRegex:this._weekdaysMinRegex}}function computeWeekdaysParse(){function cmpLenRev(a,b){return b.length-a.length}var minPieces=[],shortPieces=[],longPieces=[],mixedPieces=[],i,mom,minp,shortp,longp;for(i=0;i<7;i++){mom=create_utc__createUTC([2e3,1]).day(i);minp=this.weekdaysMin(mom,\"\");shortp=this.weekdaysShort(mom,\"\");longp=this.weekdays(mom,\"\");minPieces.push(minp);shortPieces.push(shortp);longPieces.push(longp);mixedPieces.push(minp);mixedPieces.push(shortp);mixedPieces.push(longp)}minPieces.sort(cmpLenRev);shortPieces.sort(cmpLenRev);longPieces.sort(cmpLenRev);mixedPieces.sort(cmpLenRev);for(i=0;i<7;i++){shortPieces[i]=regexEscape(shortPieces[i]);longPieces[i]=regexEscape(longPieces[i]);mixedPieces[i]=regexEscape(mixedPieces[i])}this._weekdaysRegex=new RegExp(\"^(\"+mixedPieces.join(\"|\")+\")\",\"i\");this._weekdaysShortRegex=this._weekdaysRegex;this._weekdaysMinRegex=this._weekdaysRegex;this._weekdaysStrictRegex=new RegExp(\"^(\"+longPieces.join(\"|\")+\")\",\"i\");this._weekdaysShortStrictRegex=new RegExp(\"^(\"+shortPieces.join(\"|\")+\")\",\"i\");this._weekdaysMinStrictRegex=new RegExp(\"^(\"+minPieces.join(\"|\")+\")\",\"i\")}function hFormat(){return this.hours()%12||12}function kFormat(){return this.hours()||24}addFormatToken(\"H\",[\"HH\",2],0,\"hour\");addFormatToken(\"h\",[\"hh\",2],0,hFormat);addFormatToken(\"k\",[\"kk\",2],0,kFormat);addFormatToken(\"hmm\",0,0,function(){return\"\"+hFormat.apply(this)+zeroFill(this.minutes(),2)});addFormatToken(\"hmmss\",0,0,function(){return\"\"+hFormat.apply(this)+zeroFill(this.minutes(),2)+zeroFill(this.seconds(),2)});addFormatToken(\"Hmm\",0,0,function(){return\"\"+this.hours()+zeroFill(this.minutes(),2)});addFormatToken(\"Hmmss\",0,0,function(){return\"\"+this.hours()+zeroFill(this.minutes(),2)+zeroFill(this.seconds(),2)});function meridiem(token,lowercase){addFormatToken(token,0,0,function(){return this.localeData().meridiem(this.hours(),this.minutes(),lowercase)})}meridiem(\"a\",true);meridiem(\"A\",false);addUnitAlias(\"hour\",\"h\");addUnitPriority(\"hour\",13);function matchMeridiem(isStrict,locale){return locale._meridiemParse}addRegexToken(\"a\",matchMeridiem);addRegexToken(\"A\",matchMeridiem);addRegexToken(\"H\",match1to2);addRegexToken(\"h\",match1to2);addRegexToken(\"HH\",match1to2,match2);addRegexToken(\"hh\",match1to2,match2);addRegexToken(\"hmm\",match3to4);addRegexToken(\"hmmss\",match5to6);addRegexToken(\"Hmm\",match3to4);addRegexToken(\"Hmmss\",match5to6);addParseToken([\"H\",\"HH\"],HOUR);addParseToken([\"a\",\"A\"],function(input,array,config){config._isPm=config._locale.isPM(input);config._meridiem=input});addParseToken([\"h\",\"hh\"],function(input,array,config){array[HOUR]=toInt(input);getParsingFlags(config).bigHour=true});addParseToken(\"hmm\",function(input,array,config){var pos=input.length-2;array[HOUR]=toInt(input.substr(0,pos));array[MINUTE]=toInt(input.substr(pos));getParsingFlags(config).bigHour=true});addParseToken(\"hmmss\",function(input,array,config){var pos1=input.length-4;var pos2=input.length-2;array[HOUR]=toInt(input.substr(0,pos1));array[MINUTE]=toInt(input.substr(pos1,2));array[SECOND]=toInt(input.substr(pos2));getParsingFlags(config).bigHour=true});addParseToken(\"Hmm\",function(input,array,config){var pos=input.length-2;array[HOUR]=toInt(input.substr(0,pos));array[MINUTE]=toInt(input.substr(pos))});addParseToken(\"Hmmss\",function(input,array,config){var pos1=input.length-4;var pos2=input.length-2;array[HOUR]=toInt(input.substr(0,pos1));array[MINUTE]=toInt(input.substr(pos1,2));array[SECOND]=toInt(input.substr(pos2))});function localeIsPM(input){return(input+\"\").toLowerCase().charAt(0)===\"p\"}var defaultLocaleMeridiemParse=/[ap]\\.?m?\\.?/i;function localeMeridiem(hours,minutes,isLower){if(hours>11){return isLower?\"pm\":\"PM\"}else{return isLower?\"am\":\"AM\"}}var getSetHour=makeGetSet(\"Hours\",true);var baseConfig={calendar:defaultCalendar,longDateFormat:defaultLongDateFormat,invalidDate:defaultInvalidDate,ordinal:defaultOrdinal,ordinalParse:defaultOrdinalParse,relativeTime:defaultRelativeTime,months:defaultLocaleMonths,monthsShort:defaultLocaleMonthsShort,week:defaultLocaleWeek,weekdays:defaultLocaleWeekdays,weekdaysMin:defaultLocaleWeekdaysMin,weekdaysShort:defaultLocaleWeekdaysShort,meridiemParse:defaultLocaleMeridiemParse};var locales={};var globalLocale;function normalizeLocale(key){return key?key.toLowerCase().replace(\"_\",\"-\"):key}function chooseLocale(names){var i=0,j,next,locale,split;while(i<names.length){split=normalizeLocale(names[i]).split(\"-\");j=split.length;next=normalizeLocale(names[i+1]);next=next?next.split(\"-\"):null;while(j>0){locale=loadLocale(split.slice(0,j).join(\"-\"));if(locale){return locale}if(next&&next.length>=j&&compareArrays(split,next,true)>=j-1){break}j--}i++}return null}function loadLocale(name){var oldLocale=null;if(!locales[name]&&typeof module!==\"undefined\"&&module&&module.exports){try{oldLocale=globalLocale._abbr;!function webpackMissingModule(){var e=new Error('Cannot find module \"./locale\"');e.code=\"MODULE_NOT_FOUND\";throw e}();locale_locales__getSetGlobalLocale(oldLocale)}catch(e){}}return locales[name]}function locale_locales__getSetGlobalLocale(key,values){var data;if(key){if(isUndefined(values)){data=locale_locales__getLocale(key)}else{data=defineLocale(key,values)}if(data){globalLocale=data}}return globalLocale._abbr}function defineLocale(name,config){if(config!==null){var parentConfig=baseConfig;config.abbr=name;if(locales[name]!=null){deprecateSimple(\"defineLocaleOverride\",\"use moment.updateLocale(localeName, config) to change \"+\"an existing locale. moment.defineLocale(localeName, \"+\"config) should only be used for creating a new locale \"+\"See http://momentjs.com/guides/#/warnings/define-locale/ for more info.\");parentConfig=locales[name]._config}else if(config.parentLocale!=null){if(locales[config.parentLocale]!=null){parentConfig=locales[config.parentLocale]._config}else{deprecateSimple(\"parentLocaleUndefined\",\"specified parentLocale is not defined yet. See http://momentjs.com/guides/#/warnings/parent-locale/\")}}locales[name]=new Locale(mergeConfigs(parentConfig,config));locale_locales__getSetGlobalLocale(name);return locales[name]}else{delete locales[name];return null}}function updateLocale(name,config){if(config!=null){var locale,parentConfig=baseConfig;if(locales[name]!=null){parentConfig=locales[name]._config}config=mergeConfigs(parentConfig,config);locale=new Locale(config);locale.parentLocale=locales[name];locales[name]=locale;locale_locales__getSetGlobalLocale(name)}else{if(locales[name]!=null){if(locales[name].parentLocale!=null){locales[name]=locales[name].parentLocale}else if(locales[name]!=null){delete locales[name]}}}return locales[name]}function locale_locales__getLocale(key){var locale;if(key&&key._locale&&key._locale._abbr){key=key._locale._abbr}if(!key){return globalLocale}if(!isArray(key)){locale=loadLocale(key);if(locale){return locale}key=[key]}return chooseLocale(key)}function locale_locales__listLocales(){return keys(locales)}function checkOverflow(m){var overflow;var a=m._a;if(a&&getParsingFlags(m).overflow===-2){overflow=a[MONTH]<0||a[MONTH]>11?MONTH:a[DATE]<1||a[DATE]>daysInMonth(a[YEAR],a[MONTH])?DATE:a[HOUR]<0||a[HOUR]>24||a[HOUR]===24&&(a[MINUTE]!==0||a[SECOND]!==0||a[MILLISECOND]!==0)?HOUR:a[MINUTE]<0||a[MINUTE]>59?MINUTE:a[SECOND]<0||a[SECOND]>59?SECOND:a[MILLISECOND]<0||a[MILLISECOND]>999?MILLISECOND:-1;if(getParsingFlags(m)._overflowDayOfYear&&(overflow<YEAR||overflow>DATE)){overflow=DATE}if(getParsingFlags(m)._overflowWeeks&&overflow===-1){overflow=WEEK}if(getParsingFlags(m)._overflowWeekday&&overflow===-1){overflow=WEEKDAY}getParsingFlags(m).overflow=overflow}return m}var extendedIsoRegex=/^\\s*((?:[+-]\\d{6}|\\d{4})-(?:\\d\\d-\\d\\d|W\\d\\d-\\d|W\\d\\d|\\d\\d\\d|\\d\\d))(?:(T| )(\\d\\d(?::\\d\\d(?::\\d\\d(?:[.,]\\d+)?)?)?)([\\+\\-]\\d\\d(?::?\\d\\d)?|\\s*Z)?)?/;var basicIsoRegex=/^\\s*((?:[+-]\\d{6}|\\d{4})(?:\\d\\d\\d\\d|W\\d\\d\\d|W\\d\\d|\\d\\d\\d|\\d\\d))(?:(T| )(\\d\\d(?:\\d\\d(?:\\d\\d(?:[.,]\\d+)?)?)?)([\\+\\-]\\d\\d(?::?\\d\\d)?|\\s*Z)?)?/;var tzRegex=/Z|[+-]\\d\\d(?::?\\d\\d)?/;var isoDates=[[\"YYYYYY-MM-DD\",/[+-]\\d{6}-\\d\\d-\\d\\d/],[\"YYYY-MM-DD\",/\\d{4}-\\d\\d-\\d\\d/],[\"GGGG-[W]WW-E\",/\\d{4}-W\\d\\d-\\d/],[\"GGGG-[W]WW\",/\\d{4}-W\\d\\d/,false],[\"YYYY-DDD\",/\\d{4}-\\d{3}/],[\"YYYY-MM\",/\\d{4}-\\d\\d/,false],[\"YYYYYYMMDD\",/[+-]\\d{10}/],[\"YYYYMMDD\",/\\d{8}/],[\"GGGG[W]WWE\",/\\d{4}W\\d{3}/],[\"GGGG[W]WW\",/\\d{4}W\\d{2}/,false],[\"YYYYDDD\",/\\d{7}/]];var isoTimes=[[\"HH:mm:ss.SSSS\",/\\d\\d:\\d\\d:\\d\\d\\.\\d+/],[\"HH:mm:ss,SSSS\",/\\d\\d:\\d\\d:\\d\\d,\\d+/],[\"HH:mm:ss\",/\\d\\d:\\d\\d:\\d\\d/],[\"HH:mm\",/\\d\\d:\\d\\d/],[\"HHmmss.SSSS\",/\\d\\d\\d\\d\\d\\d\\.\\d+/],[\"HHmmss,SSSS\",/\\d\\d\\d\\d\\d\\d,\\d+/],[\"HHmmss\",/\\d\\d\\d\\d\\d\\d/],[\"HHmm\",/\\d\\d\\d\\d/],[\"HH\",/\\d\\d/]];var aspNetJsonRegex=/^\\/?Date\\((\\-?\\d+)/i;function configFromISO(config){var i,l,string=config._i,match=extendedIsoRegex.exec(string)||basicIsoRegex.exec(string),allowTime,dateFormat,timeFormat,tzFormat;if(match){getParsingFlags(config).iso=true;for(i=0,l=isoDates.length;i<l;i++){if(isoDates[i][1].exec(match[1])){dateFormat=isoDates[i][0];allowTime=isoDates[i][2]!==false;break}}if(dateFormat==null){config._isValid=false;return}if(match[3]){for(i=0,l=isoTimes.length;i<l;i++){if(isoTimes[i][1].exec(match[3])){timeFormat=(match[2]||\" \")+isoTimes[i][0];break}}if(timeFormat==null){config._isValid=false;return}}if(!allowTime&&timeFormat!=null){config._isValid=false;return}if(match[4]){if(tzRegex.exec(match[4])){tzFormat=\"Z\"}else{config._isValid=false;return}}config._f=dateFormat+(timeFormat||\"\")+(tzFormat||\"\");configFromStringAndFormat(config)}else{config._isValid=false}}function configFromString(config){var matched=aspNetJsonRegex.exec(config._i);if(matched!==null){config._d=new Date(+matched[1]);return}configFromISO(config);if(config._isValid===false){delete config._isValid;utils_hooks__hooks.createFromInputFallback(config)}}utils_hooks__hooks.createFromInputFallback=deprecate(\"value provided is not in a recognized ISO format. moment construction falls back to js Date(), \"+\"which is not reliable across all browsers and versions. Non ISO date formats are \"+\"discouraged and will be removed in an upcoming major release. Please refer to \"+\"http://momentjs.com/guides/#/warnings/js-date/ for more info.\",function(config){config._d=new Date(config._i+(config._useUTC?\" UTC\":\"\"))});function defaults(a,b,c){if(a!=null){return a}if(b!=null){return b}return c}function currentDateArray(config){var nowValue=new Date(utils_hooks__hooks.now());if(config._useUTC){return[nowValue.getUTCFullYear(),nowValue.getUTCMonth(),nowValue.getUTCDate()]}return[nowValue.getFullYear(),nowValue.getMonth(),nowValue.getDate()]}function configFromArray(config){var i,date,input=[],currentDate,yearToUse;if(config._d){return}currentDate=currentDateArray(config);if(config._w&&config._a[DATE]==null&&config._a[MONTH]==null){dayOfYearFromWeekInfo(config)}if(config._dayOfYear){yearToUse=defaults(config._a[YEAR],currentDate[YEAR]);if(config._dayOfYear>daysInYear(yearToUse)){getParsingFlags(config)._overflowDayOfYear=true}date=createUTCDate(yearToUse,0,config._dayOfYear);config._a[MONTH]=date.getUTCMonth();config._a[DATE]=date.getUTCDate()}for(i=0;i<3&&config._a[i]==null;++i){config._a[i]=input[i]=currentDate[i]}for(;i<7;i++){config._a[i]=input[i]=config._a[i]==null?i===2?1:0:config._a[i]}if(config._a[HOUR]===24&&config._a[MINUTE]===0&&config._a[SECOND]===0&&config._a[MILLISECOND]===0){config._nextDay=true;config._a[HOUR]=0}config._d=(config._useUTC?createUTCDate:createDate).apply(null,input);if(config._tzm!=null){config._d.setUTCMinutes(config._d.getUTCMinutes()-config._tzm)}if(config._nextDay){config._a[HOUR]=24}}function dayOfYearFromWeekInfo(config){var w,weekYear,week,weekday,dow,doy,temp,weekdayOverflow;w=config._w;if(w.GG!=null||w.W!=null||w.E!=null){dow=1;doy=4;weekYear=defaults(w.GG,config._a[YEAR],weekOfYear(local__createLocal(),1,4).year);week=defaults(w.W,1);weekday=defaults(w.E,1);if(weekday<1||weekday>7){weekdayOverflow=true}}else{dow=config._locale._week.dow;doy=config._locale._week.doy;weekYear=defaults(w.gg,config._a[YEAR],weekOfYear(local__createLocal(),dow,doy).year);week=defaults(w.w,1);if(w.d!=null){weekday=w.d;if(weekday<0||weekday>6){weekdayOverflow=true}}else if(w.e!=null){weekday=w.e+dow;if(w.e<0||w.e>6){weekdayOverflow=true}}else{weekday=dow}}if(week<1||week>weeksInYear(weekYear,dow,doy)){getParsingFlags(config)._overflowWeeks=true}else if(weekdayOverflow!=null){getParsingFlags(config)._overflowWeekday=true}else{temp=dayOfYearFromWeeks(weekYear,week,weekday,dow,doy);config._a[YEAR]=temp.year;config._dayOfYear=temp.dayOfYear}}utils_hooks__hooks.ISO_8601=function(){};function configFromStringAndFormat(config){if(config._f===utils_hooks__hooks.ISO_8601){configFromISO(config);return}config._a=[];getParsingFlags(config).empty=true;var string=\"\"+config._i,i,parsedInput,tokens,token,skipped,stringLength=string.length,totalParsedInputLength=0;tokens=expandFormat(config._f,config._locale).match(formattingTokens)||[];for(i=0;i<tokens.length;i++){token=tokens[i];parsedInput=(string.match(getParseRegexForToken(token,config))||[])[0];if(parsedInput){skipped=string.substr(0,string.indexOf(parsedInput));if(skipped.length>0){getParsingFlags(config).unusedInput.push(skipped);\n}string=string.slice(string.indexOf(parsedInput)+parsedInput.length);totalParsedInputLength+=parsedInput.length}if(formatTokenFunctions[token]){if(parsedInput){getParsingFlags(config).empty=false}else{getParsingFlags(config).unusedTokens.push(token)}addTimeToArrayFromToken(token,parsedInput,config)}else if(config._strict&&!parsedInput){getParsingFlags(config).unusedTokens.push(token)}}getParsingFlags(config).charsLeftOver=stringLength-totalParsedInputLength;if(string.length>0){getParsingFlags(config).unusedInput.push(string)}if(config._a[HOUR]<=12&&getParsingFlags(config).bigHour===true&&config._a[HOUR]>0){getParsingFlags(config).bigHour=undefined}getParsingFlags(config).parsedDateParts=config._a.slice(0);getParsingFlags(config).meridiem=config._meridiem;config._a[HOUR]=meridiemFixWrap(config._locale,config._a[HOUR],config._meridiem);configFromArray(config);checkOverflow(config)}function meridiemFixWrap(locale,hour,meridiem){var isPm;if(meridiem==null){return hour}if(locale.meridiemHour!=null){return locale.meridiemHour(hour,meridiem)}else if(locale.isPM!=null){isPm=locale.isPM(meridiem);if(isPm&&hour<12){hour+=12}if(!isPm&&hour===12){hour=0}return hour}else{return hour}}function configFromStringAndArray(config){var tempConfig,bestMoment,scoreToBeat,i,currentScore;if(config._f.length===0){getParsingFlags(config).invalidFormat=true;config._d=new Date(NaN);return}for(i=0;i<config._f.length;i++){currentScore=0;tempConfig=copyConfig({},config);if(config._useUTC!=null){tempConfig._useUTC=config._useUTC}tempConfig._f=config._f[i];configFromStringAndFormat(tempConfig);if(!valid__isValid(tempConfig)){continue}currentScore+=getParsingFlags(tempConfig).charsLeftOver;currentScore+=getParsingFlags(tempConfig).unusedTokens.length*10;getParsingFlags(tempConfig).score=currentScore;if(scoreToBeat==null||currentScore<scoreToBeat){scoreToBeat=currentScore;bestMoment=tempConfig}}extend(config,bestMoment||tempConfig)}function configFromObject(config){if(config._d){return}var i=normalizeObjectUnits(config._i);config._a=map([i.year,i.month,i.day||i.date,i.hour,i.minute,i.second,i.millisecond],function(obj){return obj&&parseInt(obj,10)});configFromArray(config)}function createFromConfig(config){var res=new Moment(checkOverflow(prepareConfig(config)));if(res._nextDay){res.add(1,\"d\");res._nextDay=undefined}return res}function prepareConfig(config){var input=config._i,format=config._f;config._locale=config._locale||locale_locales__getLocale(config._l);if(input===null||format===undefined&&input===\"\"){return valid__createInvalid({nullInput:true})}if(typeof input===\"string\"){config._i=input=config._locale.preparse(input)}if(isMoment(input)){return new Moment(checkOverflow(input))}else if(isArray(format)){configFromStringAndArray(config)}else if(isDate(input)){config._d=input}else if(format){configFromStringAndFormat(config)}else{configFromInput(config)}if(!valid__isValid(config)){config._d=null}return config}function configFromInput(config){var input=config._i;if(input===undefined){config._d=new Date(utils_hooks__hooks.now())}else if(isDate(input)){config._d=new Date(input.valueOf())}else if(typeof input===\"string\"){configFromString(config)}else if(isArray(input)){config._a=map(input.slice(0),function(obj){return parseInt(obj,10)});configFromArray(config)}else if(typeof input===\"object\"){configFromObject(config)}else if(typeof input===\"number\"){config._d=new Date(input)}else{utils_hooks__hooks.createFromInputFallback(config)}}function createLocalOrUTC(input,format,locale,strict,isUTC){var c={};if(typeof locale===\"boolean\"){strict=locale;locale=undefined}if(isObject(input)&&isObjectEmpty(input)||isArray(input)&&input.length===0){input=undefined}c._isAMomentObject=true;c._useUTC=c._isUTC=isUTC;c._l=locale;c._i=input;c._f=format;c._strict=strict;return createFromConfig(c)}function local__createLocal(input,format,locale,strict){return createLocalOrUTC(input,format,locale,strict,false)}var prototypeMin=deprecate(\"moment().min is deprecated, use moment.max instead. http://momentjs.com/guides/#/warnings/min-max/\",function(){var other=local__createLocal.apply(null,arguments);if(this.isValid()&&other.isValid()){return other<this?this:other}else{return valid__createInvalid()}});var prototypeMax=deprecate(\"moment().max is deprecated, use moment.min instead. http://momentjs.com/guides/#/warnings/min-max/\",function(){var other=local__createLocal.apply(null,arguments);if(this.isValid()&&other.isValid()){return other>this?this:other}else{return valid__createInvalid()}});function pickBy(fn,moments){var res,i;if(moments.length===1&&isArray(moments[0])){moments=moments[0]}if(!moments.length){return local__createLocal()}res=moments[0];for(i=1;i<moments.length;++i){if(!moments[i].isValid()||moments[i][fn](res)){res=moments[i]}}return res}function min(){var args=[].slice.call(arguments,0);return pickBy(\"isBefore\",args)}function max(){var args=[].slice.call(arguments,0);return pickBy(\"isAfter\",args)}var now=function(){return Date.now?Date.now():+new Date};function Duration(duration){var normalizedInput=normalizeObjectUnits(duration),years=normalizedInput.year||0,quarters=normalizedInput.quarter||0,months=normalizedInput.month||0,weeks=normalizedInput.week||0,days=normalizedInput.day||0,hours=normalizedInput.hour||0,minutes=normalizedInput.minute||0,seconds=normalizedInput.second||0,milliseconds=normalizedInput.millisecond||0;this._milliseconds=+milliseconds+seconds*1e3+minutes*6e4+hours*1e3*60*60;this._days=+days+weeks*7;this._months=+months+quarters*3+years*12;this._data={};this._locale=locale_locales__getLocale();this._bubble()}function isDuration(obj){return obj instanceof Duration}function absRound(number){if(number<0){return Math.round(-1*number)*-1}else{return Math.round(number)}}function offset(token,separator){addFormatToken(token,0,0,function(){var offset=this.utcOffset();var sign=\"+\";if(offset<0){offset=-offset;sign=\"-\"}return sign+zeroFill(~~(offset/60),2)+separator+zeroFill(~~offset%60,2)})}offset(\"Z\",\":\");offset(\"ZZ\",\"\");addRegexToken(\"Z\",matchShortOffset);addRegexToken(\"ZZ\",matchShortOffset);addParseToken([\"Z\",\"ZZ\"],function(input,array,config){config._useUTC=true;config._tzm=offsetFromString(matchShortOffset,input)});var chunkOffset=/([\\+\\-]|\\d\\d)/gi;function offsetFromString(matcher,string){var matches=(string||\"\").match(matcher)||[];var chunk=matches[matches.length-1]||[];var parts=(chunk+\"\").match(chunkOffset)||[\"-\",0,0];var minutes=+(parts[1]*60)+toInt(parts[2]);return parts[0]===\"+\"?minutes:-minutes}function cloneWithOffset(input,model){var res,diff;if(model._isUTC){res=model.clone();diff=(isMoment(input)||isDate(input)?input.valueOf():local__createLocal(input).valueOf())-res.valueOf();res._d.setTime(res._d.valueOf()+diff);utils_hooks__hooks.updateOffset(res,false);return res}else{return local__createLocal(input).local()}}function getDateOffset(m){return-Math.round(m._d.getTimezoneOffset()/15)*15}utils_hooks__hooks.updateOffset=function(){};function getSetOffset(input,keepLocalTime){var offset=this._offset||0,localAdjust;if(!this.isValid()){return input!=null?this:NaN}if(input!=null){if(typeof input===\"string\"){input=offsetFromString(matchShortOffset,input)}else if(Math.abs(input)<16){input=input*60}if(!this._isUTC&&keepLocalTime){localAdjust=getDateOffset(this)}this._offset=input;this._isUTC=true;if(localAdjust!=null){this.add(localAdjust,\"m\")}if(offset!==input){if(!keepLocalTime||this._changeInProgress){add_subtract__addSubtract(this,create__createDuration(input-offset,\"m\"),1,false)}else if(!this._changeInProgress){this._changeInProgress=true;utils_hooks__hooks.updateOffset(this,true);this._changeInProgress=null}}return this}else{return this._isUTC?offset:getDateOffset(this)}}function getSetZone(input,keepLocalTime){if(input!=null){if(typeof input!==\"string\"){input=-input}this.utcOffset(input,keepLocalTime);return this}else{return-this.utcOffset()}}function setOffsetToUTC(keepLocalTime){return this.utcOffset(0,keepLocalTime)}function setOffsetToLocal(keepLocalTime){if(this._isUTC){this.utcOffset(0,keepLocalTime);this._isUTC=false;if(keepLocalTime){this.subtract(getDateOffset(this),\"m\")}}return this}function setOffsetToParsedOffset(){if(this._tzm){this.utcOffset(this._tzm)}else if(typeof this._i===\"string\"){var tZone=offsetFromString(matchOffset,this._i);if(tZone===0){this.utcOffset(0,true)}else{this.utcOffset(offsetFromString(matchOffset,this._i))}}return this}function hasAlignedHourOffset(input){if(!this.isValid()){return false}input=input?local__createLocal(input).utcOffset():0;return(this.utcOffset()-input)%60===0}function isDaylightSavingTime(){return this.utcOffset()>this.clone().month(0).utcOffset()||this.utcOffset()>this.clone().month(5).utcOffset()}function isDaylightSavingTimeShifted(){if(!isUndefined(this._isDSTShifted)){return this._isDSTShifted}var c={};copyConfig(c,this);c=prepareConfig(c);if(c._a){var other=c._isUTC?create_utc__createUTC(c._a):local__createLocal(c._a);this._isDSTShifted=this.isValid()&&compareArrays(c._a,other.toArray())>0}else{this._isDSTShifted=false}return this._isDSTShifted}function isLocal(){return this.isValid()?!this._isUTC:false}function isUtcOffset(){return this.isValid()?this._isUTC:false}function isUtc(){return this.isValid()?this._isUTC&&this._offset===0:false}var aspNetRegex=/^(\\-)?(?:(\\d*)[. ])?(\\d+)\\:(\\d+)(?:\\:(\\d+)(\\.\\d*)?)?$/;var isoRegex=/^(-)?P(?:(-?[0-9,.]*)Y)?(?:(-?[0-9,.]*)M)?(?:(-?[0-9,.]*)W)?(?:(-?[0-9,.]*)D)?(?:T(?:(-?[0-9,.]*)H)?(?:(-?[0-9,.]*)M)?(?:(-?[0-9,.]*)S)?)?$/;function create__createDuration(input,key){var duration=input,match=null,sign,ret,diffRes;if(isDuration(input)){duration={ms:input._milliseconds,d:input._days,M:input._months}}else if(typeof input===\"number\"){duration={};if(key){duration[key]=input}else{duration.milliseconds=input}}else if(!!(match=aspNetRegex.exec(input))){sign=match[1]===\"-\"?-1:1;duration={y:0,d:toInt(match[DATE])*sign,h:toInt(match[HOUR])*sign,m:toInt(match[MINUTE])*sign,s:toInt(match[SECOND])*sign,ms:toInt(absRound(match[MILLISECOND]*1e3))*sign}}else if(!!(match=isoRegex.exec(input))){sign=match[1]===\"-\"?-1:1;duration={y:parseIso(match[2],sign),M:parseIso(match[3],sign),w:parseIso(match[4],sign),d:parseIso(match[5],sign),h:parseIso(match[6],sign),m:parseIso(match[7],sign),s:parseIso(match[8],sign)}}else if(duration==null){duration={}}else if(typeof duration===\"object\"&&(\"from\"in duration||\"to\"in duration)){diffRes=momentsDifference(local__createLocal(duration.from),local__createLocal(duration.to));duration={};duration.ms=diffRes.milliseconds;duration.M=diffRes.months}ret=new Duration(duration);if(isDuration(input)&&hasOwnProp(input,\"_locale\")){ret._locale=input._locale}return ret}create__createDuration.fn=Duration.prototype;function parseIso(inp,sign){var res=inp&&parseFloat(inp.replace(\",\",\".\"));return(isNaN(res)?0:res)*sign}function positiveMomentsDifference(base,other){var res={milliseconds:0,months:0};res.months=other.month()-base.month()+(other.year()-base.year())*12;if(base.clone().add(res.months,\"M\").isAfter(other)){--res.months}res.milliseconds=+other-+base.clone().add(res.months,\"M\");return res}function momentsDifference(base,other){var res;if(!(base.isValid()&&other.isValid())){return{milliseconds:0,months:0}}other=cloneWithOffset(other,base);if(base.isBefore(other)){res=positiveMomentsDifference(base,other)}else{res=positiveMomentsDifference(other,base);res.milliseconds=-res.milliseconds;res.months=-res.months}return res}function createAdder(direction,name){return function(val,period){var dur,tmp;if(period!==null&&!isNaN(+period)){deprecateSimple(name,\"moment().\"+name+\"(period, number) is deprecated. Please use moment().\"+name+\"(number, period). \"+\"See http://momentjs.com/guides/#/warnings/add-inverted-param/ for more info.\");tmp=val;val=period;period=tmp}val=typeof val===\"string\"?+val:val;dur=create__createDuration(val,period);add_subtract__addSubtract(this,dur,direction);return this}}function add_subtract__addSubtract(mom,duration,isAdding,updateOffset){var milliseconds=duration._milliseconds,days=absRound(duration._days),months=absRound(duration._months);if(!mom.isValid()){return}updateOffset=updateOffset==null?true:updateOffset;if(milliseconds){mom._d.setTime(mom._d.valueOf()+milliseconds*isAdding)}if(days){get_set__set(mom,\"Date\",get_set__get(mom,\"Date\")+days*isAdding)}if(months){setMonth(mom,get_set__get(mom,\"Month\")+months*isAdding)}if(updateOffset){utils_hooks__hooks.updateOffset(mom,days||months)}}var add_subtract__add=createAdder(1,\"add\");var add_subtract__subtract=createAdder(-1,\"subtract\");function getCalendarFormat(myMoment,now){var diff=myMoment.diff(now,\"days\",true);return diff<-6?\"sameElse\":diff<-1?\"lastWeek\":diff<0?\"lastDay\":diff<1?\"sameDay\":diff<2?\"nextDay\":diff<7?\"nextWeek\":\"sameElse\"}function moment_calendar__calendar(time,formats){var now=time||local__createLocal(),sod=cloneWithOffset(now,this).startOf(\"day\"),format=utils_hooks__hooks.calendarFormat(this,sod)||\"sameElse\";var output=formats&&(isFunction(formats[format])?formats[format].call(this,now):formats[format]);return this.format(output||this.localeData().calendar(format,this,local__createLocal(now)))}function clone(){return new Moment(this)}function isAfter(input,units){var localInput=isMoment(input)?input:local__createLocal(input);if(!(this.isValid()&&localInput.isValid())){return false}units=normalizeUnits(!isUndefined(units)?units:\"millisecond\");if(units===\"millisecond\"){return this.valueOf()>localInput.valueOf()}else{return localInput.valueOf()<this.clone().startOf(units).valueOf()}}function isBefore(input,units){var localInput=isMoment(input)?input:local__createLocal(input);if(!(this.isValid()&&localInput.isValid())){return false}units=normalizeUnits(!isUndefined(units)?units:\"millisecond\");if(units===\"millisecond\"){return this.valueOf()<localInput.valueOf()}else{return this.clone().endOf(units).valueOf()<localInput.valueOf()}}function isBetween(from,to,units,inclusivity){inclusivity=inclusivity||\"()\";return(inclusivity[0]===\"(\"?this.isAfter(from,units):!this.isBefore(from,units))&&(inclusivity[1]===\")\"?this.isBefore(to,units):!this.isAfter(to,units))}function isSame(input,units){var localInput=isMoment(input)?input:local__createLocal(input),inputMs;if(!(this.isValid()&&localInput.isValid())){return false}units=normalizeUnits(units||\"millisecond\");if(units===\"millisecond\"){return this.valueOf()===localInput.valueOf()}else{inputMs=localInput.valueOf();return this.clone().startOf(units).valueOf()<=inputMs&&inputMs<=this.clone().endOf(units).valueOf()}}function isSameOrAfter(input,units){return this.isSame(input,units)||this.isAfter(input,units)}function isSameOrBefore(input,units){return this.isSame(input,units)||this.isBefore(input,units)}function diff(input,units,asFloat){var that,zoneDelta,delta,output;if(!this.isValid()){return NaN}that=cloneWithOffset(input,this);if(!that.isValid()){return NaN}zoneDelta=(that.utcOffset()-this.utcOffset())*6e4;units=normalizeUnits(units);if(units===\"year\"||units===\"month\"||units===\"quarter\"){output=monthDiff(this,that);if(units===\"quarter\"){output=output/3}else if(units===\"year\"){output=output/12}}else{delta=this-that;output=units===\"second\"?delta/1e3:units===\"minute\"?delta/6e4:units===\"hour\"?delta/36e5:units===\"day\"?(delta-zoneDelta)/864e5:units===\"week\"?(delta-zoneDelta)/6048e5:delta}return asFloat?output:absFloor(output)}function monthDiff(a,b){var wholeMonthDiff=(b.year()-a.year())*12+(b.month()-a.month()),anchor=a.clone().add(wholeMonthDiff,\"months\"),anchor2,adjust;if(b-anchor<0){anchor2=a.clone().add(wholeMonthDiff-1,\"months\");adjust=(b-anchor)/(anchor-anchor2)}else{anchor2=a.clone().add(wholeMonthDiff+1,\"months\");adjust=(b-anchor)/(anchor2-anchor)}return-(wholeMonthDiff+adjust)||0}utils_hooks__hooks.defaultFormat=\"YYYY-MM-DDTHH:mm:ssZ\";utils_hooks__hooks.defaultFormatUtc=\"YYYY-MM-DDTHH:mm:ss[Z]\";function toString(){return this.clone().locale(\"en\").format(\"ddd MMM DD YYYY HH:mm:ss [GMT]ZZ\")}function moment_format__toISOString(){var m=this.clone().utc();if(0<m.year()&&m.year()<=9999){if(isFunction(Date.prototype.toISOString)){return this.toDate().toISOString()}else{return formatMoment(m,\"YYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}}else{return formatMoment(m,\"YYYYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}}function format(inputString){if(!inputString){inputString=this.isUtc()?utils_hooks__hooks.defaultFormatUtc:utils_hooks__hooks.defaultFormat}var output=formatMoment(this,inputString);return this.localeData().postformat(output)}function from(time,withoutSuffix){if(this.isValid()&&(isMoment(time)&&time.isValid()||local__createLocal(time).isValid())){return create__createDuration({to:this,from:time}).locale(this.locale()).humanize(!withoutSuffix)}else{return this.localeData().invalidDate()}}function fromNow(withoutSuffix){return this.from(local__createLocal(),withoutSuffix)}function to(time,withoutSuffix){if(this.isValid()&&(isMoment(time)&&time.isValid()||local__createLocal(time).isValid())){return create__createDuration({from:this,to:time}).locale(this.locale()).humanize(!withoutSuffix)}else{return this.localeData().invalidDate()}}function toNow(withoutSuffix){return this.to(local__createLocal(),withoutSuffix)}function locale(key){var newLocaleData;if(key===undefined){return this._locale._abbr}else{newLocaleData=locale_locales__getLocale(key);if(newLocaleData!=null){this._locale=newLocaleData}return this}}var lang=deprecate(\"moment().lang() is deprecated. Instead, use moment().localeData() to get the language configuration. Use moment().locale() to change languages.\",function(key){if(key===undefined){return this.localeData()}else{return this.locale(key)}});function localeData(){return this._locale}function startOf(units){units=normalizeUnits(units);switch(units){case\"year\":this.month(0);case\"quarter\":case\"month\":this.date(1);case\"week\":case\"isoWeek\":case\"day\":case\"date\":this.hours(0);case\"hour\":this.minutes(0);case\"minute\":this.seconds(0);case\"second\":this.milliseconds(0)}if(units===\"week\"){this.weekday(0)}if(units===\"isoWeek\"){this.isoWeekday(1)}if(units===\"quarter\"){this.month(Math.floor(this.month()/3)*3)}return this}function endOf(units){units=normalizeUnits(units);if(units===undefined||units===\"millisecond\"){return this}if(units===\"date\"){units=\"day\"}return this.startOf(units).add(1,units===\"isoWeek\"?\"week\":units).subtract(1,\"ms\")}function to_type__valueOf(){return this._d.valueOf()-(this._offset||0)*6e4}function unix(){return Math.floor(this.valueOf()/1e3)}function toDate(){return new Date(this.valueOf())}function toArray(){var m=this;return[m.year(),m.month(),m.date(),m.hour(),m.minute(),m.second(),m.millisecond()]}function toObject(){var m=this;return{years:m.year(),months:m.month(),date:m.date(),hours:m.hours(),minutes:m.minutes(),seconds:m.seconds(),milliseconds:m.milliseconds()}}function toJSON(){return this.isValid()?this.toISOString():null}function moment_valid__isValid(){return valid__isValid(this)}function parsingFlags(){return extend({},getParsingFlags(this))}function invalidAt(){return getParsingFlags(this).overflow}function creationData(){return{input:this._i,format:this._f,locale:this._locale,isUTC:this._isUTC,strict:this._strict}}addFormatToken(0,[\"gg\",2],0,function(){return this.weekYear()%100});addFormatToken(0,[\"GG\",2],0,function(){return this.isoWeekYear()%100});function addWeekYearFormatToken(token,getter){addFormatToken(0,[token,token.length],0,getter)}addWeekYearFormatToken(\"gggg\",\"weekYear\");addWeekYearFormatToken(\"ggggg\",\"weekYear\");addWeekYearFormatToken(\"GGGG\",\"isoWeekYear\");addWeekYearFormatToken(\"GGGGG\",\"isoWeekYear\");addUnitAlias(\"weekYear\",\"gg\");addUnitAlias(\"isoWeekYear\",\"GG\");addUnitPriority(\"weekYear\",1);addUnitPriority(\"isoWeekYear\",1);addRegexToken(\"G\",matchSigned);addRegexToken(\"g\",matchSigned);addRegexToken(\"GG\",match1to2,match2);addRegexToken(\"gg\",match1to2,match2);addRegexToken(\"GGGG\",match1to4,match4);addRegexToken(\"gggg\",match1to4,match4);addRegexToken(\"GGGGG\",match1to6,match6);addRegexToken(\"ggggg\",match1to6,match6);addWeekParseToken([\"gggg\",\"ggggg\",\"GGGG\",\"GGGGG\"],function(input,week,config,token){week[token.substr(0,2)]=toInt(input)});addWeekParseToken([\"gg\",\"GG\"],function(input,week,config,token){week[token]=utils_hooks__hooks.parseTwoDigitYear(input)});function getSetWeekYear(input){return getSetWeekYearHelper.call(this,input,this.week(),this.weekday(),this.localeData()._week.dow,this.localeData()._week.doy)}function getSetISOWeekYear(input){return getSetWeekYearHelper.call(this,input,this.isoWeek(),this.isoWeekday(),1,4)}function getISOWeeksInYear(){return weeksInYear(this.year(),1,4)}function getWeeksInYear(){var weekInfo=this.localeData()._week;return weeksInYear(this.year(),weekInfo.dow,weekInfo.doy)}function getSetWeekYearHelper(input,week,weekday,dow,doy){var weeksTarget;if(input==null){return weekOfYear(this,dow,doy).year}else{weeksTarget=weeksInYear(input,dow,doy);if(week>weeksTarget){week=weeksTarget}return setWeekAll.call(this,input,week,weekday,dow,doy)}}function setWeekAll(weekYear,week,weekday,dow,doy){var dayOfYearData=dayOfYearFromWeeks(weekYear,week,weekday,dow,doy),date=createUTCDate(dayOfYearData.year,0,dayOfYearData.dayOfYear);this.year(date.getUTCFullYear());this.month(date.getUTCMonth());this.date(date.getUTCDate());return this}addFormatToken(\"Q\",0,\"Qo\",\"quarter\");addUnitAlias(\"quarter\",\"Q\");addUnitPriority(\"quarter\",7);addRegexToken(\"Q\",match1);addParseToken(\"Q\",function(input,array){array[MONTH]=(toInt(input)-1)*3});function getSetQuarter(input){return input==null?Math.ceil((this.month()+1)/3):this.month((input-1)*3+this.month()%3)}addFormatToken(\"D\",[\"DD\",2],\"Do\",\"date\");addUnitAlias(\"date\",\"D\");addUnitPriority(\"date\",9);addRegexToken(\"D\",match1to2);addRegexToken(\"DD\",match1to2,match2);addRegexToken(\"Do\",function(isStrict,locale){return isStrict?locale._ordinalParse:locale._ordinalParseLenient});addParseToken([\"D\",\"DD\"],DATE);addParseToken(\"Do\",function(input,array){array[DATE]=toInt(input.match(match1to2)[0],10)});var getSetDayOfMonth=makeGetSet(\"Date\",true);addFormatToken(\"DDD\",[\"DDDD\",3],\"DDDo\",\"dayOfYear\");addUnitAlias(\"dayOfYear\",\"DDD\");addUnitPriority(\"dayOfYear\",4);addRegexToken(\"DDD\",match1to3);addRegexToken(\"DDDD\",match3);addParseToken([\"DDD\",\"DDDD\"],function(input,array,config){config._dayOfYear=toInt(input)});function getSetDayOfYear(input){var dayOfYear=Math.round((this.clone().startOf(\"day\")-this.clone().startOf(\"year\"))/864e5)+1;return input==null?dayOfYear:this.add(input-dayOfYear,\"d\")}addFormatToken(\"m\",[\"mm\",2],0,\"minute\");addUnitAlias(\"minute\",\"m\");addUnitPriority(\"minute\",14);addRegexToken(\"m\",match1to2);addRegexToken(\"mm\",match1to2,match2);addParseToken([\"m\",\"mm\"],MINUTE);var getSetMinute=makeGetSet(\"Minutes\",false);addFormatToken(\"s\",[\"ss\",2],0,\"second\");addUnitAlias(\"second\",\"s\");addUnitPriority(\"second\",15);addRegexToken(\"s\",match1to2);addRegexToken(\"ss\",match1to2,match2);addParseToken([\"s\",\"ss\"],SECOND);var getSetSecond=makeGetSet(\"Seconds\",false);addFormatToken(\"S\",0,0,function(){return~~(this.millisecond()/100)});addFormatToken(0,[\"SS\",2],0,function(){return~~(this.millisecond()/10)});addFormatToken(0,[\"SSS\",3],0,\"millisecond\");addFormatToken(0,[\"SSSS\",4],0,function(){return this.millisecond()*10});addFormatToken(0,[\"SSSSS\",5],0,function(){return this.millisecond()*100});addFormatToken(0,[\"SSSSSS\",6],0,function(){return this.millisecond()*1e3});addFormatToken(0,[\"SSSSSSS\",7],0,function(){return this.millisecond()*1e4});addFormatToken(0,[\"SSSSSSSS\",8],0,function(){return this.millisecond()*1e5});addFormatToken(0,[\"SSSSSSSSS\",9],0,function(){return this.millisecond()*1e6});addUnitAlias(\"millisecond\",\"ms\");addUnitPriority(\"millisecond\",16);addRegexToken(\"S\",match1to3,match1);addRegexToken(\"SS\",match1to3,match2);addRegexToken(\"SSS\",match1to3,match3);var token;for(token=\"SSSS\";token.length<=9;token+=\"S\"){addRegexToken(token,matchUnsigned)}function parseMs(input,array){array[MILLISECOND]=toInt((\"0.\"+input)*1e3)}for(token=\"S\";token.length<=9;token+=\"S\"){addParseToken(token,parseMs)}var getSetMillisecond=makeGetSet(\"Milliseconds\",false);addFormatToken(\"z\",0,0,\"zoneAbbr\");addFormatToken(\"zz\",0,0,\"zoneName\");function getZoneAbbr(){return this._isUTC?\"UTC\":\"\"}function getZoneName(){return this._isUTC?\"Coordinated Universal Time\":\"\"}var momentPrototype__proto=Moment.prototype;momentPrototype__proto.add=add_subtract__add;momentPrototype__proto.calendar=moment_calendar__calendar;momentPrototype__proto.clone=clone;momentPrototype__proto.diff=diff;momentPrototype__proto.endOf=endOf;momentPrototype__proto.format=format;momentPrototype__proto.from=from;momentPrototype__proto.fromNow=fromNow;momentPrototype__proto.to=to;momentPrototype__proto.toNow=toNow;momentPrototype__proto.get=stringGet;momentPrototype__proto.invalidAt=invalidAt;momentPrototype__proto.isAfter=isAfter;momentPrototype__proto.isBefore=isBefore;momentPrototype__proto.isBetween=isBetween;momentPrototype__proto.isSame=isSame;momentPrototype__proto.isSameOrAfter=isSameOrAfter;momentPrototype__proto.isSameOrBefore=isSameOrBefore;momentPrototype__proto.isValid=moment_valid__isValid;momentPrototype__proto.lang=lang;momentPrototype__proto.locale=locale;momentPrototype__proto.localeData=localeData;momentPrototype__proto.max=prototypeMax;momentPrototype__proto.min=prototypeMin;momentPrototype__proto.parsingFlags=parsingFlags;momentPrototype__proto.set=stringSet;momentPrototype__proto.startOf=startOf;momentPrototype__proto.subtract=add_subtract__subtract;momentPrototype__proto.toArray=toArray;momentPrototype__proto.toObject=toObject;momentPrototype__proto.toDate=toDate;momentPrototype__proto.toISOString=moment_format__toISOString;momentPrototype__proto.toJSON=toJSON;momentPrototype__proto.toString=toString;momentPrototype__proto.unix=unix;momentPrototype__proto.valueOf=to_type__valueOf;momentPrototype__proto.creationData=creationData;momentPrototype__proto.year=getSetYear;momentPrototype__proto.isLeapYear=getIsLeapYear;momentPrototype__proto.weekYear=getSetWeekYear;momentPrototype__proto.isoWeekYear=getSetISOWeekYear;momentPrototype__proto.quarter=momentPrototype__proto.quarters=getSetQuarter;momentPrototype__proto.month=getSetMonth;momentPrototype__proto.daysInMonth=getDaysInMonth;momentPrototype__proto.week=momentPrototype__proto.weeks=getSetWeek;momentPrototype__proto.isoWeek=momentPrototype__proto.isoWeeks=getSetISOWeek;momentPrototype__proto.weeksInYear=getWeeksInYear;momentPrototype__proto.isoWeeksInYear=getISOWeeksInYear;momentPrototype__proto.date=getSetDayOfMonth;momentPrototype__proto.day=momentPrototype__proto.days=getSetDayOfWeek;momentPrototype__proto.weekday=getSetLocaleDayOfWeek;momentPrototype__proto.isoWeekday=getSetISODayOfWeek;momentPrototype__proto.dayOfYear=getSetDayOfYear;momentPrototype__proto.hour=momentPrototype__proto.hours=getSetHour;momentPrototype__proto.minute=momentPrototype__proto.minutes=getSetMinute;momentPrototype__proto.second=momentPrototype__proto.seconds=getSetSecond;momentPrototype__proto.millisecond=momentPrototype__proto.milliseconds=getSetMillisecond;momentPrototype__proto.utcOffset=getSetOffset;momentPrototype__proto.utc=setOffsetToUTC;momentPrototype__proto.local=setOffsetToLocal;momentPrototype__proto.parseZone=setOffsetToParsedOffset;momentPrototype__proto.hasAlignedHourOffset=hasAlignedHourOffset;momentPrototype__proto.isDST=isDaylightSavingTime;momentPrototype__proto.isLocal=isLocal;momentPrototype__proto.isUtcOffset=isUtcOffset;momentPrototype__proto.isUtc=isUtc;momentPrototype__proto.isUTC=isUtc;momentPrototype__proto.zoneAbbr=getZoneAbbr;momentPrototype__proto.zoneName=getZoneName;momentPrototype__proto.dates=deprecate(\"dates accessor is deprecated. Use date instead.\",getSetDayOfMonth);momentPrototype__proto.months=deprecate(\"months accessor is deprecated. Use month instead\",getSetMonth);momentPrototype__proto.years=deprecate(\"years accessor is deprecated. Use year instead\",getSetYear);momentPrototype__proto.zone=deprecate(\"moment().zone is deprecated, use moment().utcOffset instead. http://momentjs.com/guides/#/warnings/zone/\",getSetZone);momentPrototype__proto.isDSTShifted=deprecate(\"isDSTShifted is deprecated. See http://momentjs.com/guides/#/warnings/dst-shifted/ for more information\",isDaylightSavingTimeShifted);var momentPrototype=momentPrototype__proto;function moment__createUnix(input){return local__createLocal(input*1e3)}function moment__createInZone(){return local__createLocal.apply(null,arguments).parseZone()}function preParsePostFormat(string){return string}var prototype__proto=Locale.prototype;prototype__proto.calendar=locale_calendar__calendar;prototype__proto.longDateFormat=longDateFormat;prototype__proto.invalidDate=invalidDate;prototype__proto.ordinal=ordinal;prototype__proto.preparse=preParsePostFormat;prototype__proto.postformat=preParsePostFormat;prototype__proto.relativeTime=relative__relativeTime;prototype__proto.pastFuture=pastFuture;prototype__proto.set=locale_set__set;prototype__proto.months=localeMonths;prototype__proto.monthsShort=localeMonthsShort;prototype__proto.monthsParse=localeMonthsParse;prototype__proto.monthsRegex=monthsRegex;prototype__proto.monthsShortRegex=monthsShortRegex;prototype__proto.week=localeWeek;prototype__proto.firstDayOfYear=localeFirstDayOfYear;prototype__proto.firstDayOfWeek=localeFirstDayOfWeek;prototype__proto.weekdays=localeWeekdays;prototype__proto.weekdaysMin=localeWeekdaysMin;prototype__proto.weekdaysShort=localeWeekdaysShort;prototype__proto.weekdaysParse=localeWeekdaysParse;prototype__proto.weekdaysRegex=weekdaysRegex;prototype__proto.weekdaysShortRegex=weekdaysShortRegex;prototype__proto.weekdaysMinRegex=weekdaysMinRegex;prototype__proto.isPM=localeIsPM;prototype__proto.meridiem=localeMeridiem;function lists__get(format,index,field,setter){var locale=locale_locales__getLocale();var utc=create_utc__createUTC().set(setter,index);return locale[field](utc,format)}function listMonthsImpl(format,index,field){if(typeof format===\"number\"){index=format;format=undefined}format=format||\"\";if(index!=null){return lists__get(format,index,field,\"month\")}var i;var out=[];for(i=0;i<12;i++){out[i]=lists__get(format,i,field,\"month\")}return out}function listWeekdaysImpl(localeSorted,format,index,field){if(typeof localeSorted===\"boolean\"){if(typeof format===\"number\"){index=format;format=undefined}format=format||\"\"}else{format=localeSorted;index=format;localeSorted=false;if(typeof format===\"number\"){index=format;format=undefined}format=format||\"\"}var locale=locale_locales__getLocale(),shift=localeSorted?locale._week.dow:0;if(index!=null){return lists__get(format,(index+shift)%7,field,\"day\")}var i;var out=[];for(i=0;i<7;i++){out[i]=lists__get(format,(i+shift)%7,field,\"day\")}return out}function lists__listMonths(format,index){return listMonthsImpl(format,index,\"months\")}function lists__listMonthsShort(format,index){return listMonthsImpl(format,index,\"monthsShort\")}function lists__listWeekdays(localeSorted,format,index){return listWeekdaysImpl(localeSorted,format,index,\"weekdays\")}function lists__listWeekdaysShort(localeSorted,format,index){return listWeekdaysImpl(localeSorted,format,index,\"weekdaysShort\")}function lists__listWeekdaysMin(localeSorted,format,index){return listWeekdaysImpl(localeSorted,format,index,\"weekdaysMin\")}locale_locales__getSetGlobalLocale(\"en\",{ordinalParse:/\\d{1,2}(th|st|nd|rd)/,ordinal:function(number){var b=number%10,output=toInt(number%100/10)===1?\"th\":b===1?\"st\":b===2?\"nd\":b===3?\"rd\":\"th\";return number+output}});utils_hooks__hooks.lang=deprecate(\"moment.lang is deprecated. Use moment.locale instead.\",locale_locales__getSetGlobalLocale);utils_hooks__hooks.langData=deprecate(\"moment.langData is deprecated. Use moment.localeData instead.\",locale_locales__getLocale);var mathAbs=Math.abs;function duration_abs__abs(){var data=this._data;this._milliseconds=mathAbs(this._milliseconds);this._days=mathAbs(this._days);this._months=mathAbs(this._months);data.milliseconds=mathAbs(data.milliseconds);data.seconds=mathAbs(data.seconds);data.minutes=mathAbs(data.minutes);data.hours=mathAbs(data.hours);data.months=mathAbs(data.months);data.years=mathAbs(data.years);return this;\n}function duration_add_subtract__addSubtract(duration,input,value,direction){var other=create__createDuration(input,value);duration._milliseconds+=direction*other._milliseconds;duration._days+=direction*other._days;duration._months+=direction*other._months;return duration._bubble()}function duration_add_subtract__add(input,value){return duration_add_subtract__addSubtract(this,input,value,1)}function duration_add_subtract__subtract(input,value){return duration_add_subtract__addSubtract(this,input,value,-1)}function absCeil(number){if(number<0){return Math.floor(number)}else{return Math.ceil(number)}}function bubble(){var milliseconds=this._milliseconds;var days=this._days;var months=this._months;var data=this._data;var seconds,minutes,hours,years,monthsFromDays;if(!(milliseconds>=0&&days>=0&&months>=0||milliseconds<=0&&days<=0&&months<=0)){milliseconds+=absCeil(monthsToDays(months)+days)*864e5;days=0;months=0}data.milliseconds=milliseconds%1e3;seconds=absFloor(milliseconds/1e3);data.seconds=seconds%60;minutes=absFloor(seconds/60);data.minutes=minutes%60;hours=absFloor(minutes/60);data.hours=hours%24;days+=absFloor(hours/24);monthsFromDays=absFloor(daysToMonths(days));months+=monthsFromDays;days-=absCeil(monthsToDays(monthsFromDays));years=absFloor(months/12);months%=12;data.days=days;data.months=months;data.years=years;return this}function daysToMonths(days){return days*4800/146097}function monthsToDays(months){return months*146097/4800}function as(units){var days;var months;var milliseconds=this._milliseconds;units=normalizeUnits(units);if(units===\"month\"||units===\"year\"){days=this._days+milliseconds/864e5;months=this._months+daysToMonths(days);return units===\"month\"?months:months/12}else{days=this._days+Math.round(monthsToDays(this._months));switch(units){case\"week\":return days/7+milliseconds/6048e5;case\"day\":return days+milliseconds/864e5;case\"hour\":return days*24+milliseconds/36e5;case\"minute\":return days*1440+milliseconds/6e4;case\"second\":return days*86400+milliseconds/1e3;case\"millisecond\":return Math.floor(days*864e5)+milliseconds;default:throw new Error(\"Unknown unit \"+units)}}}function duration_as__valueOf(){return this._milliseconds+this._days*864e5+this._months%12*2592e6+toInt(this._months/12)*31536e6}function makeAs(alias){return function(){return this.as(alias)}}var asMilliseconds=makeAs(\"ms\");var asSeconds=makeAs(\"s\");var asMinutes=makeAs(\"m\");var asHours=makeAs(\"h\");var asDays=makeAs(\"d\");var asWeeks=makeAs(\"w\");var asMonths=makeAs(\"M\");var asYears=makeAs(\"y\");function duration_get__get(units){units=normalizeUnits(units);return this[units+\"s\"]()}function makeGetter(name){return function(){return this._data[name]}}var milliseconds=makeGetter(\"milliseconds\");var seconds=makeGetter(\"seconds\");var minutes=makeGetter(\"minutes\");var hours=makeGetter(\"hours\");var days=makeGetter(\"days\");var months=makeGetter(\"months\");var years=makeGetter(\"years\");function weeks(){return absFloor(this.days()/7)}var round=Math.round;var thresholds={s:45,m:45,h:22,d:26,M:11};function substituteTimeAgo(string,number,withoutSuffix,isFuture,locale){return locale.relativeTime(number||1,!!withoutSuffix,string,isFuture)}function duration_humanize__relativeTime(posNegDuration,withoutSuffix,locale){var duration=create__createDuration(posNegDuration).abs();var seconds=round(duration.as(\"s\"));var minutes=round(duration.as(\"m\"));var hours=round(duration.as(\"h\"));var days=round(duration.as(\"d\"));var months=round(duration.as(\"M\"));var years=round(duration.as(\"y\"));var a=seconds<thresholds.s&&[\"s\",seconds]||minutes<=1&&[\"m\"]||minutes<thresholds.m&&[\"mm\",minutes]||hours<=1&&[\"h\"]||hours<thresholds.h&&[\"hh\",hours]||days<=1&&[\"d\"]||days<thresholds.d&&[\"dd\",days]||months<=1&&[\"M\"]||months<thresholds.M&&[\"MM\",months]||years<=1&&[\"y\"]||[\"yy\",years];a[2]=withoutSuffix;a[3]=+posNegDuration>0;a[4]=locale;return substituteTimeAgo.apply(null,a)}function duration_humanize__getSetRelativeTimeRounding(roundingFunction){if(roundingFunction===undefined){return round}if(typeof roundingFunction===\"function\"){round=roundingFunction;return true}return false}function duration_humanize__getSetRelativeTimeThreshold(threshold,limit){if(thresholds[threshold]===undefined){return false}if(limit===undefined){return thresholds[threshold]}thresholds[threshold]=limit;return true}function humanize(withSuffix){var locale=this.localeData();var output=duration_humanize__relativeTime(this,!withSuffix,locale);if(withSuffix){output=locale.pastFuture(+this,output)}return locale.postformat(output)}var iso_string__abs=Math.abs;function iso_string__toISOString(){var seconds=iso_string__abs(this._milliseconds)/1e3;var days=iso_string__abs(this._days);var months=iso_string__abs(this._months);var minutes,hours,years;minutes=absFloor(seconds/60);hours=absFloor(minutes/60);seconds%=60;minutes%=60;years=absFloor(months/12);months%=12;var Y=years;var M=months;var D=days;var h=hours;var m=minutes;var s=seconds;var total=this.asSeconds();if(!total){return\"P0D\"}return(total<0?\"-\":\"\")+\"P\"+(Y?Y+\"Y\":\"\")+(M?M+\"M\":\"\")+(D?D+\"D\":\"\")+(h||m||s?\"T\":\"\")+(h?h+\"H\":\"\")+(m?m+\"M\":\"\")+(s?s+\"S\":\"\")}var duration_prototype__proto=Duration.prototype;duration_prototype__proto.abs=duration_abs__abs;duration_prototype__proto.add=duration_add_subtract__add;duration_prototype__proto.subtract=duration_add_subtract__subtract;duration_prototype__proto.as=as;duration_prototype__proto.asMilliseconds=asMilliseconds;duration_prototype__proto.asSeconds=asSeconds;duration_prototype__proto.asMinutes=asMinutes;duration_prototype__proto.asHours=asHours;duration_prototype__proto.asDays=asDays;duration_prototype__proto.asWeeks=asWeeks;duration_prototype__proto.asMonths=asMonths;duration_prototype__proto.asYears=asYears;duration_prototype__proto.valueOf=duration_as__valueOf;duration_prototype__proto._bubble=bubble;duration_prototype__proto.get=duration_get__get;duration_prototype__proto.milliseconds=milliseconds;duration_prototype__proto.seconds=seconds;duration_prototype__proto.minutes=minutes;duration_prototype__proto.hours=hours;duration_prototype__proto.days=days;duration_prototype__proto.weeks=weeks;duration_prototype__proto.months=months;duration_prototype__proto.years=years;duration_prototype__proto.humanize=humanize;duration_prototype__proto.toISOString=iso_string__toISOString;duration_prototype__proto.toString=iso_string__toISOString;duration_prototype__proto.toJSON=iso_string__toISOString;duration_prototype__proto.locale=locale;duration_prototype__proto.localeData=localeData;duration_prototype__proto.toIsoString=deprecate(\"toIsoString() is deprecated. Please use toISOString() instead (notice the capitals)\",iso_string__toISOString);duration_prototype__proto.lang=lang;addFormatToken(\"X\",0,0,\"unix\");addFormatToken(\"x\",0,0,\"valueOf\");addRegexToken(\"x\",matchSigned);addRegexToken(\"X\",matchTimestamp);addParseToken(\"X\",function(input,array,config){config._d=new Date(parseFloat(input,10)*1e3)});addParseToken(\"x\",function(input,array,config){config._d=new Date(toInt(input))});utils_hooks__hooks.version=\"2.15.2\";setHookCallback(local__createLocal);utils_hooks__hooks.fn=momentPrototype;utils_hooks__hooks.min=min;utils_hooks__hooks.max=max;utils_hooks__hooks.now=now;utils_hooks__hooks.utc=create_utc__createUTC;utils_hooks__hooks.unix=moment__createUnix;utils_hooks__hooks.months=lists__listMonths;utils_hooks__hooks.isDate=isDate;utils_hooks__hooks.locale=locale_locales__getSetGlobalLocale;utils_hooks__hooks.invalid=valid__createInvalid;utils_hooks__hooks.duration=create__createDuration;utils_hooks__hooks.isMoment=isMoment;utils_hooks__hooks.weekdays=lists__listWeekdays;utils_hooks__hooks.parseZone=moment__createInZone;utils_hooks__hooks.localeData=locale_locales__getLocale;utils_hooks__hooks.isDuration=isDuration;utils_hooks__hooks.monthsShort=lists__listMonthsShort;utils_hooks__hooks.weekdaysMin=lists__listWeekdaysMin;utils_hooks__hooks.defineLocale=defineLocale;utils_hooks__hooks.updateLocale=updateLocale;utils_hooks__hooks.locales=locale_locales__listLocales;utils_hooks__hooks.weekdaysShort=lists__listWeekdaysShort;utils_hooks__hooks.normalizeUnits=normalizeUnits;utils_hooks__hooks.relativeTimeRounding=duration_humanize__getSetRelativeTimeRounding;utils_hooks__hooks.relativeTimeThreshold=duration_humanize__getSetRelativeTimeThreshold;utils_hooks__hooks.calendarFormat=getCalendarFormat;utils_hooks__hooks.prototype=momentPrototype;var _moment=utils_hooks__hooks;return _moment})}).call(exports,__webpack_require__(4)(module))},function(module,exports){module.exports=function(module){if(!module.webpackPolyfill){module.deprecate=function(){};module.paths=[];module.children=[];module.webpackPolyfill=1}return module}},function(module,exports){function webpackContext(req){throw new Error(\"Cannot find module '\"+req+\"'.\")}webpackContext.keys=function(){return[]};webpackContext.resolve=webpackContext;module.exports=webpackContext;webpackContext.id=5},function(module,exports){(function(global){\"use strict\";var _rng;var globalVar=typeof window!==\"undefined\"?window:typeof global!==\"undefined\"?global:null;if(globalVar&&globalVar.crypto&&crypto.getRandomValues){var _rnds8=new Uint8Array(16);_rng=function whatwgRNG(){crypto.getRandomValues(_rnds8);return _rnds8}}if(!_rng){var _rnds=new Array(16);_rng=function _rng(){for(var i=0,r;i<16;i++){if((i&3)===0)r=Math.random()*4294967296;_rnds[i]=r>>>((i&3)<<3)&255}return _rnds}}var _byteToHex=[];var _hexToByte={};for(var i=0;i<256;i++){_byteToHex[i]=(i+256).toString(16).substr(1);_hexToByte[_byteToHex[i]]=i}function parse(s,buf,offset){var i=buf&&offset||0,ii=0;buf=buf||[];s.toLowerCase().replace(/[0-9a-f]{2}/g,function(oct){if(ii<16){buf[i+ii++]=_hexToByte[oct]}});while(ii<16){buf[i+ii++]=0}return buf}function unparse(buf,offset){var i=offset||0,bth=_byteToHex;return bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]}var _seedBytes=_rng();var _nodeId=[_seedBytes[0]|1,_seedBytes[1],_seedBytes[2],_seedBytes[3],_seedBytes[4],_seedBytes[5]];var _clockseq=(_seedBytes[6]<<8|_seedBytes[7])&16383;var _lastMSecs=0,_lastNSecs=0;function v1(options,buf,offset){var i=buf&&offset||0;var b=buf||[];options=options||{};var clockseq=options.clockseq!==undefined?options.clockseq:_clockseq;var msecs=options.msecs!==undefined?options.msecs:(new Date).getTime();var nsecs=options.nsecs!==undefined?options.nsecs:_lastNSecs+1;var dt=msecs-_lastMSecs+(nsecs-_lastNSecs)/1e4;if(dt<0&&options.clockseq===undefined){clockseq=clockseq+1&16383}if((dt<0||msecs>_lastMSecs)&&options.nsecs===undefined){nsecs=0}if(nsecs>=1e4){throw new Error(\"uuid.v1(): Can't create more than 10M uuids/sec\")}_lastMSecs=msecs;_lastNSecs=nsecs;_clockseq=clockseq;msecs+=122192928e5;var tl=((msecs&268435455)*1e4+nsecs)%4294967296;b[i++]=tl>>>24&255;b[i++]=tl>>>16&255;b[i++]=tl>>>8&255;b[i++]=tl&255;var tmh=msecs/4294967296*1e4&268435455;b[i++]=tmh>>>8&255;b[i++]=tmh&255;b[i++]=tmh>>>24&15|16;b[i++]=tmh>>>16&255;b[i++]=clockseq>>>8|128;b[i++]=clockseq&255;var node=options.node||_nodeId;for(var n=0;n<6;n++){b[i+n]=node[n]}return buf?buf:unparse(b)}function v4(options,buf,offset){var i=buf&&offset||0;if(typeof options==\"string\"){buf=options==\"binary\"?new Array(16):null;options=null}options=options||{};var rnds=options.random||(options.rng||_rng)();rnds[6]=rnds[6]&15|64;rnds[8]=rnds[8]&63|128;if(buf){for(var ii=0;ii<16;ii++){buf[i+ii]=rnds[ii]}}return buf||unparse(rnds)}var uuid=v4;uuid.v1=v1;uuid.v4=v4;uuid.parse=parse;uuid.unparse=unparse;module.exports=uuid}).call(exports,function(){return this}())},function(module,exports,__webpack_require__){\"use strict\";exports.util=__webpack_require__(1);exports.DOMutil=__webpack_require__(8);exports.DataSet=__webpack_require__(9);exports.DataView=__webpack_require__(11);exports.Queue=__webpack_require__(10);exports.Graph3d=__webpack_require__(12);exports.graph3d={Camera:__webpack_require__(16),Filter:__webpack_require__(17),Point2d:__webpack_require__(15),Point3d:__webpack_require__(14),Slider:__webpack_require__(18),StepNumber:__webpack_require__(19)};exports.moment=__webpack_require__(2);exports.Hammer=__webpack_require__(22);exports.keycharm=__webpack_require__(25)},function(module,exports){\"use strict\";exports.prepareElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){JSONcontainer[elementType].redundant=JSONcontainer[elementType].used;JSONcontainer[elementType].used=[]}}};exports.cleanupElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant){for(var i=0;i<JSONcontainer[elementType].redundant.length;i++){JSONcontainer[elementType].redundant[i].parentNode.removeChild(JSONcontainer[elementType].redundant[i])}JSONcontainer[elementType].redundant=[]}}}};exports.resetElements=function(JSONcontainer){exports.prepareElements(JSONcontainer);exports.cleanupElements(JSONcontainer);exports.prepareElements(JSONcontainer)};exports.getSVGElement=function(elementType,JSONcontainer,svgContainer){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);svgContainer.appendChild(element)}}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);JSONcontainer[elementType]={used:[],redundant:[]};svgContainer.appendChild(element)}JSONcontainer[elementType].used.push(element);return element};exports.getDOMElement=function(elementType,JSONcontainer,DOMContainer,insertBefore){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElement(elementType);if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}}else{element=document.createElement(elementType);JSONcontainer[elementType]={used:[],redundant:[]};if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}JSONcontainer[elementType].used.push(element);return element};exports.drawPoint=function(x,y,groupTemplate,JSONcontainer,svgContainer,labelObj){var point;if(groupTemplate.style==\"circle\"){point=exports.getSVGElement(\"circle\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"cx\",x);point.setAttributeNS(null,\"cy\",y);point.setAttributeNS(null,\"r\",.5*groupTemplate.size)}else{point=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"x\",x-.5*groupTemplate.size);point.setAttributeNS(null,\"y\",y-.5*groupTemplate.size);point.setAttributeNS(null,\"width\",groupTemplate.size);point.setAttributeNS(null,\"height\",groupTemplate.size)}if(groupTemplate.styles!==undefined){point.setAttributeNS(null,\"style\",groupTemplate.styles)}point.setAttributeNS(null,\"class\",groupTemplate.className+\" vis-point\");if(labelObj){var label=exports.getSVGElement(\"text\",JSONcontainer,svgContainer);if(labelObj.xOffset){x=x+labelObj.xOffset}if(labelObj.yOffset){y=y+labelObj.yOffset}if(labelObj.content){label.textContent=labelObj.content}if(labelObj.className){label.setAttributeNS(null,\"class\",labelObj.className+\" vis-label\")}label.setAttributeNS(null,\"x\",x);label.setAttributeNS(null,\"y\",y)}return point};exports.drawBar=function(x,y,width,height,className,JSONcontainer,svgContainer,style){if(height!=0){if(height<0){height*=-1;y-=height}var rect=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);rect.setAttributeNS(null,\"x\",x-.5*width);rect.setAttributeNS(null,\"y\",y);rect.setAttributeNS(null,\"width\",width);rect.setAttributeNS(null,\"height\",height);rect.setAttributeNS(null,\"class\",className);if(style){rect.setAttributeNS(null,\"style\",style)}}}},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var util=__webpack_require__(1);var Queue=__webpack_require__(10);function DataSet(data,options){if(data&&!Array.isArray(data)){options=data;data=null}this._options=options||{};this._data={};this.length=0;this._fieldId=this._options.fieldId||\"id\";this._type={};if(this._options.type){var fields=Object.keys(this._options.type);for(var i=0,len=fields.length;i<len;i++){var field=fields[i];var value=this._options.type[field];if(value==\"Date\"||value==\"ISODate\"||value==\"ASPDate\"){this._type[field]=\"Date\"}else{this._type[field]=value}}}if(this._options.convert){throw new Error('Option \"convert\" is deprecated. Use \"type\" instead.')}this._subscribers={};if(data){this.add(data)}this.setOptions(options)}DataSet.prototype.setOptions=function(options){if(options&&options.queue!==undefined){if(options.queue===false){if(this._queue){this._queue.destroy();delete this._queue}}else{if(!this._queue){this._queue=Queue.extend(this,{replace:[\"add\",\"update\",\"remove\"]})}if(_typeof(options.queue)===\"object\"){this._queue.setOptions(options.queue)}}}};DataSet.prototype.on=function(event,callback){var subscribers=this._subscribers[event];if(!subscribers){subscribers=[];this._subscribers[event]=subscribers}subscribers.push({callback:callback})};DataSet.prototype.subscribe=function(){throw new Error(\"DataSet.subscribe is deprecated. Use DataSet.on instead.\")};DataSet.prototype.off=function(event,callback){var subscribers=this._subscribers[event];if(subscribers){this._subscribers[event]=subscribers.filter(function(listener){return listener.callback!=callback})}};DataSet.prototype.unsubscribe=function(){throw new Error(\"DataSet.unsubscribe is deprecated. Use DataSet.off instead.\")};DataSet.prototype._trigger=function(event,params,senderId){if(event==\"*\"){throw new Error(\"Cannot trigger event *\")}var subscribers=[];if(event in this._subscribers){subscribers=subscribers.concat(this._subscribers[event])}if(\"*\"in this._subscribers){subscribers=subscribers.concat(this._subscribers[\"*\"])}for(var i=0,len=subscribers.length;i<len;i++){var subscriber=subscribers[i];if(subscriber.callback){subscriber.callback(event,params,senderId||null)}}};DataSet.prototype.add=function(data,senderId){var addedIds=[],id,me=this;if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){id=me._addItem(data[i]);addedIds.push(id)}}else if(data instanceof Object){id=me._addItem(data);addedIds.push(id)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}return addedIds};DataSet.prototype.update=function(data,senderId){var addedIds=[];var updatedIds=[];var oldData=[];var updatedData=[];var me=this;var fieldId=me._fieldId;var addOrUpdate=function addOrUpdate(item){var id=item[fieldId];if(me._data[id]){var oldItem=util.extend({},me._data[id]);id=me._updateItem(item);updatedIds.push(id);updatedData.push(item);oldData.push(oldItem)}else{id=me._addItem(item);addedIds.push(id)}};if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){if(data[i]instanceof Object){addOrUpdate(data[i])}else{console.warn(\"Ignoring input item, which is not an object at index \"+i)}}}else if(data instanceof Object){addOrUpdate(data)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}if(updatedIds.length){var props={items:updatedIds,oldData:oldData,data:updatedData};this._trigger(\"update\",props,senderId)}return addedIds.concat(updatedIds)};DataSet.prototype.get=function(args){var me=this;var id,ids,options;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"){id=arguments[0];options=arguments[1]}else if(firstType==\"Array\"){ids=arguments[0];options=arguments[1]}else{options=arguments[0]}var returnType;if(options&&options.returnType){var allowedValues=[\"Array\",\"Object\"];returnType=allowedValues.indexOf(options.returnType)==-1?\"Array\":options.returnType}else{returnType=\"Array\"}var type=options&&options.type||this._options.type;var filter=options&&options.filter;var items=[],item,itemIds,itemId,i,len;if(id!=undefined){item=me._getItem(id,type);if(item&&filter&&!filter(item)){item=null}}else if(ids!=undefined){for(i=0,len=ids.length;i<len;i++){item=me._getItem(ids[i],type);if(!filter||filter(item)){items.push(item)}}}else{itemIds=Object.keys(this._data);for(i=0,len=itemIds.length;i<len;i++){itemId=itemIds[i];item=me._getItem(itemId,type);if(!filter||filter(item)){items.push(item)}}}if(options&&options.order&&id==undefined){this._sort(items,options.order)}if(options&&options.fields){var fields=options.fields;if(id!=undefined){item=this._filterFields(item,fields)}else{for(i=0,len=items.length;i<len;i++){items[i]=this._filterFields(items[i],fields)}}}if(returnType==\"Object\"){var result={},resultant;for(i=0,len=items.length;i<len;i++){resultant=items[i];result[resultant.id]=resultant}return result}else{if(id!=undefined){return item}else{return items}}};DataSet.prototype.getIds=function(options){var data=this._data,filter=options&&options.filter,order=options&&options.order,type=options&&options.type||this._options.type,itemIds=Object.keys(data),i,len,id,item,items,ids=[];if(filter){if(order){items=[];for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=this._getItem(id,type);if(filter(item)){items.push(item)}}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids.push(items[i][this._fieldId])}}else{for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=this._getItem(id,type);if(filter(item)){ids.push(item[this._fieldId])}}}}else{if(order){items=[];for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];items.push(data[id])}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids.push(items[i][this._fieldId])}}else{for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=data[id];ids.push(item[this._fieldId])}}}return ids};DataSet.prototype.getDataSet=function(){return this};DataSet.prototype.forEach=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,data=this._data,itemIds=Object.keys(data),i,len,item,id;if(options&&options.order){var items=this.get(options);for(i=0,len=items.length;i<len;i++){item=items[i];id=item[this._fieldId];callback(item,id)}}else{for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=this._getItem(id,type);if(!filter||filter(item)){callback(item,id)}}}};DataSet.prototype.map=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,mappedItems=[],data=this._data,itemIds=Object.keys(data),i,len,id,item;for(i=0,len=itemIds.length;i<len;i++){id=itemIds[i];item=this._getItem(id,type);if(!filter||filter(item)){mappedItems.push(callback(item,id))}}if(options&&options.order){this._sort(mappedItems,options.order)}return mappedItems};DataSet.prototype._filterFields=function(item,fields){if(!item){return item}var filteredItem={},itemFields=Object.keys(item),len=itemFields.length,i,field;if(Array.isArray(fields)){for(i=0;i<len;i++){field=itemFields[i];if(fields.indexOf(field)!=-1){filteredItem[field]=item[field]}}}else{for(i=0;i<len;i++){field=itemFields[i];if(fields.hasOwnProperty(field)){filteredItem[fields[field]]=item[field]}}}return filteredItem};DataSet.prototype._sort=function(items,order){if(util.isString(order)){var name=order;items.sort(function(a,b){var av=a[name];var bv=b[name];return av>bv?1:av<bv?-1:0})}else if(typeof order===\"function\"){items.sort(order)}else{throw new TypeError(\"Order must be a function or a string\")}};DataSet.prototype.remove=function(id,senderId){var removedIds=[],removedItems=[],ids=[],i,len,itemId,item;ids=Array.isArray(id)?id:[id];for(i=0,len=ids.length;i<len;i++){item=this._remove(ids[i]);if(item){itemId=item[this._fieldId];if(itemId){removedIds.push(itemId);removedItems.push(item)}}}if(removedIds.length){this._trigger(\"remove\",{items:removedIds,oldData:removedItems},senderId)}return removedIds};DataSet.prototype._remove=function(id){var item,ident;if(util.isNumber(id)||util.isString(id)){ident=id}else if(id instanceof Object){ident=id[this._fieldId]}if(ident!==undefined&&this._data[ident]){item=this._data[ident];delete this._data[ident];this.length--;return item}return null};DataSet.prototype.clear=function(senderId){var i,len;var ids=Object.keys(this._data);var items=[];for(i=0,len=ids.length;i<len;i++){items.push(this._data[ids[i]])}this._data={};this.length=0;this._trigger(\"remove\",{items:ids,oldData:items},senderId);return ids};DataSet.prototype.max=function(field){var data=this._data,itemIds=Object.keys(data),max=null,maxField=null,i,len;for(i=0,len=itemIds.length;i<len;i++){var id=itemIds[i];var item=data[id];var itemField=item[field];if(itemField!=null&&(!max||itemField>maxField)){max=item;maxField=itemField}}return max};DataSet.prototype.min=function(field){var data=this._data,itemIds=Object.keys(data),min=null,minField=null,i,len;for(i=0,len=itemIds.length;i<len;i++){var id=itemIds[i];var item=data[id];var itemField=item[field];if(itemField!=null&&(!min||itemField<minField)){min=item;minField=itemField}}return min};DataSet.prototype.distinct=function(field){var data=this._data;var itemIds=Object.keys(data);var values=[];var fieldType=this._options.type&&this._options.type[field]||null;var count=0;var i,j,len;for(i=0,len=itemIds.length;i<len;i++){var id=itemIds[i];var item=data[id];var value=item[field];var exists=false;for(j=0;j<count;j++){if(values[j]==value){exists=true;break}}if(!exists&&value!==undefined){values[count]=value;count++}}if(fieldType){for(i=0,len=values.length;i<len;i++){values[i]=util.convert(values[i],fieldType)}}return values};DataSet.prototype._addItem=function(item){var id=item[this._fieldId];if(id!=undefined){if(this._data[id]){throw new Error(\"Cannot add item: item with id \"+id+\" already exists\")}}else{id=util.randomUUID();item[this._fieldId]=id}var d={},fields=Object.keys(item),i,len;for(i=0,len=fields.length;i<len;i++){var field=fields[i];var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}this._data[id]=d;this.length++;return id};DataSet.prototype._getItem=function(id,types){var field,value,i,len;var raw=this._data[id];if(!raw){return null}var converted={},fields=Object.keys(raw);if(types){for(i=0,len=fields.length;i<len;i++){field=fields[i];value=raw[field];converted[field]=util.convert(value,types[field])}}else{for(i=0,len=fields.length;i<len;i++){field=fields[i];value=raw[field];converted[field]=value}}return converted};DataSet.prototype._updateItem=function(item){var id=item[this._fieldId];if(id==undefined){throw new Error(\"Cannot update item: item has no id (item: \"+JSON.stringify(item)+\")\")}var d=this._data[id];if(!d){throw new Error(\"Cannot update item: no item with id \"+id+\" found\")}var fields=Object.keys(item);for(var i=0,len=fields.length;i<len;i++){var field=fields[i];var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}return id};module.exports=DataSet},function(module,exports){\"use strict\";function Queue(options){this.delay=null;this.max=Infinity;this._queue=[];this._timeout=null;this._extended=null;this.setOptions(options)}Queue.prototype.setOptions=function(options){if(options&&typeof options.delay!==\"undefined\"){this.delay=options.delay}if(options&&typeof options.max!==\"undefined\"){this.max=options.max}this._flushIfNeeded()};Queue.extend=function(object,options){var queue=new Queue(options);if(object.flush!==undefined){throw new Error(\"Target object already has a property flush\")}object.flush=function(){queue.flush()};var methods=[{name:\"flush\",original:undefined}];if(options&&options.replace){for(var i=0;i<options.replace.length;i++){var name=options.replace[i];methods.push({name:name,original:object[name]});queue.replace(object,name)}}queue._extended={object:object,methods:methods};return queue};Queue.prototype.destroy=function(){this.flush();if(this._extended){var object=this._extended.object;var methods=this._extended.methods;for(var i=0;i<methods.length;i++){var method=methods[i];if(method.original){object[method.name]=method.original}else{delete object[method.name]}}this._extended=null}};Queue.prototype.replace=function(object,method){var me=this;var original=object[method];if(!original){throw new Error(\"Method \"+method+\" undefined\")}object[method]=function(){var args=[];for(var i=0;i<arguments.length;i++){args[i]=arguments[i]}me.queue({args:args,fn:original,context:this})}};Queue.prototype.queue=function(entry){if(typeof entry===\"function\"){this._queue.push({fn:entry})}else{this._queue.push(entry)}this._flushIfNeeded()};Queue.prototype._flushIfNeeded=function(){if(this._queue.length>this.max){this.flush()}clearTimeout(this._timeout);if(this.queue.length>0&&typeof this.delay===\"number\"){var me=this;this._timeout=setTimeout(function(){me.flush()},this.delay)}};Queue.prototype.flush=function(){while(this._queue.length>0){var entry=this._queue.shift();entry.fn.apply(entry.context||entry.fn,entry.args||[])}};module.exports=Queue},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var DataSet=__webpack_require__(9);function DataView(data,options){this._data=null;this._ids={};this.length=0;this._options=options||{};this._fieldId=\"id\";this._subscribers={};var me=this;this.listener=function(){me._onEvent.apply(me,arguments)};this.setData(data)}DataView.prototype.setData=function(data){var ids,id,i,len,items;if(this._data){if(this._data.off){this._data.off(\"*\",this.listener)}ids=this._data.getIds({filter:this._options&&this._options.filter});items=[];for(i=0,len=ids.length;i<len;i++){items.push(this._data._data[ids[i]])}this._ids={};this.length=0;this._trigger(\"remove\",{items:ids,oldData:items})}this._data=data;if(this._data){this._fieldId=this._options.fieldId||this._data&&this._data.options&&this._data.options.fieldId||\"id\";ids=this._data.getIds({filter:this._options&&this._options.filter});for(i=0,len=ids.length;i<len;i++){id=ids[i];this._ids[id]=true}this.length=ids.length;this._trigger(\"add\",{items:ids});if(this._data.on){this._data.on(\"*\",this.listener)}}};DataView.prototype.refresh=function(){var id,i,len;var ids=this._data.getIds({filter:this._options&&this._options.filter}),oldIds=Object.keys(this._ids),newIds={},addedIds=[],removedIds=[],removedItems=[];for(i=0,len=ids.length;i<len;i++){id=ids[i];newIds[id]=true;if(!this._ids[id]){addedIds.push(id);this._ids[id]=true}}for(i=0,len=oldIds.length;i<len;i++){id=oldIds[i];if(!newIds[id]){removedIds.push(id);removedItems.push(this._data[id]);delete this._ids[id]}}this.length+=addedIds.length-removedIds.length;if(addedIds.length){this._trigger(\"add\",{items:addedIds})}if(removedIds.length){this._trigger(\"remove\",{items:removedIds,oldData:removedItems})}};DataView.prototype.get=function(args){var me=this;var ids,options,data;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"||firstType==\"Array\"){ids=arguments[0];options=arguments[1];data=arguments[2]}else{options=arguments[0];data=arguments[1]}var viewOptions=util.extend({},this._options,options);if(this._options.filter&&options&&options.filter){viewOptions.filter=function(item){return me._options.filter(item)&&options.filter(item)}}var getArguments=[];if(ids!=undefined){getArguments.push(ids)}getArguments.push(viewOptions);getArguments.push(data);return this._data&&this._data.get.apply(this._data,getArguments)};DataView.prototype.getIds=function(options){var ids;if(this._data){var defaultFilter=this._options.filter;var filter;if(options&&options.filter){if(defaultFilter){filter=function filter(item){return defaultFilter(item)&&options.filter(item)}}else{filter=options.filter}}else{filter=defaultFilter}ids=this._data.getIds({filter:filter,order:options&&options.order\n})}else{ids=[]}return ids};DataView.prototype.map=function(callback,options){var mappedItems=[];if(this._data){var defaultFilter=this._options.filter;var filter;if(options&&options.filter){if(defaultFilter){filter=function filter(item){return defaultFilter(item)&&options.filter(item)}}else{filter=options.filter}}else{filter=defaultFilter}mappedItems=this._data.map(callback,{filter:filter,order:options&&options.order})}else{mappedItems=[]}return mappedItems};DataView.prototype.getDataSet=function(){var dataSet=this;while(dataSet instanceof DataView){dataSet=dataSet._data}return dataSet||null};DataView.prototype._onEvent=function(event,params,senderId){var i,len,id,item;var ids=params&¶ms.items;var addedIds=[],updatedIds=[],removedIds=[],oldItems=[],updatedItems=[],removedItems=[];if(ids&&this._data){switch(event){case\"add\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){this._ids[id]=true;addedIds.push(id)}}break;case\"update\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){if(this._ids[id]){updatedIds.push(id);updatedItems.push(params.data[i]);oldItems.push(params.oldData[i])}else{this._ids[id]=true;addedIds.push(id)}}else{if(this._ids[id]){delete this._ids[id];removedIds.push(id);removedItems.push(params.oldData[i])}else{}}}break;case\"remove\":for(i=0,len=ids.length;i<len;i++){id=ids[i];if(this._ids[id]){delete this._ids[id];removedIds.push(id);removedItems.push(params.oldData[i])}}break}this.length+=addedIds.length-removedIds.length;if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}if(updatedIds.length){this._trigger(\"update\",{items:updatedIds,oldData:oldItems,data:updatedItems},senderId)}if(removedIds.length){this._trigger(\"remove\",{items:removedIds,oldData:removedItems},senderId)}}};DataView.prototype.on=DataSet.prototype.on;DataView.prototype.off=DataSet.prototype.off;DataView.prototype._trigger=DataSet.prototype._trigger;DataView.prototype.subscribe=DataView.prototype.on;DataView.prototype.unsubscribe=DataView.prototype.off;module.exports=DataView},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(13);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var util=__webpack_require__(1);var Point3d=__webpack_require__(14);var Point2d=__webpack_require__(15);var Camera=__webpack_require__(16);var Filter=__webpack_require__(17);var Slider=__webpack_require__(18);var StepNumber=__webpack_require__(19);var Range=__webpack_require__(20);var Settings=__webpack_require__(21);Graph3d.STYLE=Settings.STYLE;var autoByDefault=undefined;var DEFAULTS={width:\"400px\",height:\"400px\",filterLabel:\"time\",legendLabel:\"value\",xLabel:\"x\",yLabel:\"y\",zLabel:\"z\",xValueLabel:function xValueLabel(v){return v},yValueLabel:function yValueLabel(v){return v},zValueLabel:function zValueLabel(v){return v},showGrid:true,showPerspective:true,showShadow:false,keepAspectRatio:true,verticalRatio:.5,dotSizeRatio:.02,showAnimationControls:autoByDefault,animationInterval:1e3,animationPreload:false,animationAutoStart:autoByDefault,axisColor:\"#4D4D4D\",gridColor:\"#D3D3D3\",xCenter:\"55%\",yCenter:\"50%\",style:Graph3d.STYLE.DOT,tooltip:false,showLegend:autoByDefault,backgroundColor:autoByDefault,dataColor:{fill:\"#7DC1FF\",stroke:\"#3267D2\",strokeWidth:1},cameraPosition:{horizontal:1,vertical:.5,distance:1.7},xBarWidth:autoByDefault,yBarWidth:autoByDefault,valueMin:autoByDefault,valueMax:autoByDefault,xMin:autoByDefault,xMax:autoByDefault,xStep:autoByDefault,yMin:autoByDefault,yMax:autoByDefault,yStep:autoByDefault,zMin:autoByDefault,zMax:autoByDefault,zStep:autoByDefault};function Graph3d(container,data,options){if(!(this instanceof Graph3d)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.containerElement=container;this.dataTable=null;this.dataPoints=null;this.create();Settings.setDefaults(DEFAULTS,this);this.colX=undefined;this.colY=undefined;this.colZ=undefined;this.colValue=undefined;this.colFilter=undefined;this.setOptions(options);if(data){this.setData(data)}}Emitter(Graph3d.prototype);Graph3d.prototype._setScale=function(){this.scale=new Point3d(1/this.xRange.range(),1/this.yRange.range(),1/this.zRange.range());if(this.keepAspectRatio){if(this.scale.x<this.scale.y){this.scale.y=this.scale.x}else{this.scale.x=this.scale.y}}this.scale.z*=this.verticalRatio;if(this.valueRange!==undefined){this.scale.value=1/this.valueRange.range()}var xCenter=this.xRange.center()*this.scale.x;var yCenter=this.yRange.center()*this.scale.y;var zCenter=this.zRange.center()*this.scale.z;this.camera.setArmLocation(xCenter,yCenter,zCenter)};Graph3d.prototype._convert3Dto2D=function(point3d){var translation=this._convertPointToTranslation(point3d);return this._convertTranslationToScreen(translation)};Graph3d.prototype._convertPointToTranslation=function(point3d){var cameraLocation=this.camera.getCameraLocation(),cameraRotation=this.camera.getCameraRotation(),ax=point3d.x*this.scale.x,ay=point3d.y*this.scale.y,az=point3d.z*this.scale.z,cx=cameraLocation.x,cy=cameraLocation.y,cz=cameraLocation.z,sinTx=Math.sin(cameraRotation.x),cosTx=Math.cos(cameraRotation.x),sinTy=Math.sin(cameraRotation.y),cosTy=Math.cos(cameraRotation.y),sinTz=Math.sin(cameraRotation.z),cosTz=Math.cos(cameraRotation.z),dx=cosTy*(sinTz*(ay-cy)+cosTz*(ax-cx))-sinTy*(az-cz),dy=sinTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))+cosTx*(cosTz*(ay-cy)-sinTz*(ax-cx)),dz=cosTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))-sinTx*(cosTz*(ay-cy)-sinTz*(ax-cx));return new Point3d(dx,dy,dz)};Graph3d.prototype._convertTranslationToScreen=function(translation){var ex=this.eye.x,ey=this.eye.y,ez=this.eye.z,dx=translation.x,dy=translation.y,dz=translation.z;var bx;var by;if(this.showPerspective){bx=(dx-ex)*(ez/dz);by=(dy-ey)*(ez/dz)}else{bx=dx*-(ez/this.camera.getArmLength());by=dy*-(ez/this.camera.getArmLength())}return new Point2d(this.currentXCenter+bx*this.frame.canvas.clientWidth,this.currentYCenter-by*this.frame.canvas.clientWidth)};Graph3d.prototype._calcTranslations=function(points,sort){if(sort===undefined){sort=true}for(var i=0;i<points.length;i++){var point=points[i];point.trans=this._convertPointToTranslation(point.point);point.screen=this._convertTranslationToScreen(point.trans);var transBottom=this._convertPointToTranslation(point.bottom);point.dist=this.showPerspective?transBottom.length():-transBottom.z}if(!sort){return}var sortDepth=function sortDepth(a,b){return b.dist-a.dist};points.sort(sortDepth)};Graph3d.prototype.getNumberOfRows=function(data){return data.length};Graph3d.prototype.getNumberOfColumns=function(data){var counter=0;for(var column in data[0]){if(data[0].hasOwnProperty(column)){counter++}}return counter};Graph3d.prototype.getDistinctValues=function(data,column){var distinctValues=[];for(var i=0;i<data.length;i++){if(distinctValues.indexOf(data[i][column])==-1){distinctValues.push(data[i][column])}}return distinctValues};Graph3d.prototype.getColumnRange=function(data,column){var range=new Range;for(var i=0;i<data.length;i++){var item=data[i][column];range.adjust(item)}return range};Graph3d.prototype._checkValueField=function(data){var hasValueField=this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE||this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE;if(!hasValueField){return}if(this.colValue===undefined){throw new Error(\"Expected data to have \"+\" field 'style' \"+\" for graph style '\"+this.style+\"'\")}if(data[0][this.colValue]===undefined){throw new Error(\"Expected data to have \"+\" field '\"+this.colValue+\"' \"+\" for graph style '\"+this.style+\"'\")}};Graph3d.prototype._setRangeDefaults=function(range,defaultMin,defaultMax){if(defaultMin!==undefined){range.min=defaultMin}if(defaultMax!==undefined){range.max=defaultMax}if(range.max<=range.min)range.max=range.min+1};Graph3d.prototype._dataInitialize=function(rawData,style){var me=this;if(this.dataSet){this.dataSet.off(\"*\",this._onChange)}if(rawData===undefined)return;if(Array.isArray(rawData)){rawData=new DataSet(rawData)}var data;if(rawData instanceof DataSet||rawData instanceof DataView){data=rawData.get()}else{throw new Error(\"Array, DataSet, or DataView expected\")}if(data.length==0)return;this.dataSet=rawData;this.dataTable=data;this._onChange=function(){me.setData(me.dataSet)};this.dataSet.on(\"*\",this._onChange);this.colX=\"x\";this.colY=\"y\";this.colZ=\"z\";var withBars=this.style==Graph3d.STYLE.BAR||this.style==Graph3d.STYLE.BARCOLOR||this.style==Graph3d.STYLE.BARSIZE;if(withBars){if(this.defaultXBarWidth!==undefined){this.xBarWidth=this.defaultXBarWidth}else{var dataX=this.getDistinctValues(data,this.colX);this.xBarWidth=dataX[1]-dataX[0]||1}if(this.defaultYBarWidth!==undefined){this.yBarWidth=this.defaultYBarWidth}else{var dataY=this.getDistinctValues(data,this.colY);this.yBarWidth=dataY[1]-dataY[0]||1}}var NUMSTEPS=5;var xRange=this.getColumnRange(data,this.colX);if(withBars){xRange.expand(this.xBarWidth/2)}this._setRangeDefaults(xRange,this.defaultXMin,this.defaultXMax);this.xRange=xRange;this.xStep=this.defaultXStep!==undefined?this.defaultXStep:xRange.range()/NUMSTEPS;var yRange=this.getColumnRange(data,this.colY);if(withBars){yRange.expand(this.yBarWidth/2)}this._setRangeDefaults(yRange,this.defaultYMin,this.defaultYMax);this.yRange=yRange;this.yStep=this.defaultYStep!==undefined?this.defaultYStep:yRange.range()/NUMSTEPS;var zRange=this.getColumnRange(data,this.colZ);this._setRangeDefaults(zRange,this.defaultZMin,this.defaultZMax);this.zRange=zRange;this.zStep=this.defaultZStep!==undefined?this.defaultZStep:zRange.range()/NUMSTEPS;if(data[0].hasOwnProperty(\"style\")){this.colValue=\"style\";var valueRange=this.getColumnRange(data,this.colValue);this._setRangeDefaults(valueRange,this.defaultValueMin,this.defaultValueMax);this.valueRange=valueRange}if(data[0].hasOwnProperty(\"filter\")){this.colFilter=\"filter\";if(this.dataFilter===undefined){this.dataFilter=new Filter(rawData,this.colFilter,this);this.dataFilter.setOnLoadCallback(function(){me.redraw()})}}this._setScale()};Graph3d.prototype._getDataPoints=function(data){var x,y,i,z,obj,point;var dataPoints=[];if(this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE){var dataX=[];var dataY=[];for(i=0;i<this.getNumberOfRows(data);i++){x=data[i][this.colX]||0;y=data[i][this.colY]||0;if(dataX.indexOf(x)===-1){dataX.push(x)}if(dataY.indexOf(y)===-1){dataY.push(y)}}var sortNumber=function sortNumber(a,b){return a-b};dataX.sort(sortNumber);dataY.sort(sortNumber);var dataMatrix=[];for(i=0;i<data.length;i++){x=data[i][this.colX]||0;y=data[i][this.colY]||0;z=data[i][this.colZ]||0;var xIndex=dataX.indexOf(x);var yIndex=dataY.indexOf(y);if(dataMatrix[xIndex]===undefined){dataMatrix[xIndex]=[]}var point3d=new Point3d;point3d.x=x;point3d.y=y;point3d.z=z;point3d.data=data[i];obj={};obj.point=point3d;obj.trans=undefined;obj.screen=undefined;obj.bottom=new Point3d(x,y,this.zRange.min);dataMatrix[xIndex][yIndex]=obj;dataPoints.push(obj)}for(x=0;x<dataMatrix.length;x++){for(y=0;y<dataMatrix[x].length;y++){if(dataMatrix[x][y]){dataMatrix[x][y].pointRight=x<dataMatrix.length-1?dataMatrix[x+1][y]:undefined;dataMatrix[x][y].pointTop=y<dataMatrix[x].length-1?dataMatrix[x][y+1]:undefined;dataMatrix[x][y].pointCross=x<dataMatrix.length-1&&y<dataMatrix[x].length-1?dataMatrix[x+1][y+1]:undefined}}}}else{this._checkValueField(data);for(i=0;i<data.length;i++){point=new Point3d;point.x=data[i][this.colX]||0;point.y=data[i][this.colY]||0;point.z=data[i][this.colZ]||0;point.data=data[i];if(this.colValue!==undefined){point.value=data[i][this.colValue]||0}obj={};obj.point=point;obj.bottom=new Point3d(point.x,point.y,this.zRange.min);obj.trans=undefined;obj.screen=undefined;if(this.style===Graph3d.STYLE.LINE){if(i>0){dataPoints[i-1].pointNext=obj}}dataPoints.push(obj)}}return dataPoints};Graph3d.prototype.create=function(){while(this.containerElement.hasChildNodes()){this.containerElement.removeChild(this.containerElement.firstChild)}this.frame=document.createElement(\"div\");this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);{var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}this.frame.filter=document.createElement(\"div\");this.frame.filter.style.position=\"absolute\";this.frame.filter.style.bottom=\"0px\";this.frame.filter.style.left=\"0px\";this.frame.filter.style.width=\"100%\";this.frame.appendChild(this.frame.filter);var me=this;var onmousedown=function onmousedown(event){me._onMouseDown(event)};var ontouchstart=function ontouchstart(event){me._onTouchStart(event)};var onmousewheel=function onmousewheel(event){me._onWheel(event)};var ontooltip=function ontooltip(event){me._onTooltip(event)};util.addEventListener(this.frame.canvas,\"keydown\",onkeydown);util.addEventListener(this.frame.canvas,\"mousedown\",onmousedown);util.addEventListener(this.frame.canvas,\"touchstart\",ontouchstart);util.addEventListener(this.frame.canvas,\"mousewheel\",onmousewheel);util.addEventListener(this.frame.canvas,\"mousemove\",ontooltip);this.containerElement.appendChild(this.frame)};Graph3d.prototype.setSize=function(width,height){this.frame.style.width=width;this.frame.style.height=height;this._resizeCanvas()};Graph3d.prototype._resizeCanvas=function(){this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=this.frame.canvas.clientWidth;this.frame.canvas.height=this.frame.canvas.clientHeight;this.frame.filter.style.width=this.frame.canvas.clientWidth-2*10+\"px\"};Graph3d.prototype.animationStart=function(){if(!this.frame.filter||!this.frame.filter.slider)throw new Error(\"No animation available\");this.frame.filter.slider.play()};Graph3d.prototype.animationStop=function(){if(!this.frame.filter||!this.frame.filter.slider)return;this.frame.filter.slider.stop()};Graph3d.prototype._resizeCenter=function(){if(this.xCenter.charAt(this.xCenter.length-1)===\"%\"){this.currentXCenter=parseFloat(this.xCenter)/100*this.frame.canvas.clientWidth}else{this.currentXCenter=parseFloat(this.xCenter)}if(this.yCenter.charAt(this.yCenter.length-1)===\"%\"){this.currentYCenter=parseFloat(this.yCenter)/100*(this.frame.canvas.clientHeight-this.frame.filter.clientHeight)}else{this.currentYCenter=parseFloat(this.yCenter)}};Graph3d.prototype.getCameraPosition=function(){var pos=this.camera.getArmRotation();pos.distance=this.camera.getArmLength();return pos};Graph3d.prototype._readData=function(data){this._dataInitialize(data,this.style);if(this.dataFilter){this.dataPoints=this.dataFilter._getDataPoints()}else{this.dataPoints=this._getDataPoints(this.dataTable)}this._redrawFilter()};Graph3d.prototype.setData=function(data){this._readData(data);this.redraw();if(this.animationAutoStart&&this.dataFilter){this.animationStart()}};Graph3d.prototype.setOptions=function(options){var cameraPosition=undefined;this.animationStop();Settings.setOptions(options,this);this.setPointDrawingMethod();this.setSize(this.width,this.height);if(this.dataTable){this.setData(this.dataTable)}if(this.animationAutoStart&&this.dataFilter){this.animationStart()}};Graph3d.prototype.setPointDrawingMethod=function(){var method=undefined;switch(this.style){case Graph3d.STYLE.BAR:method=Graph3d.prototype._redrawBarGraphPoint;break;case Graph3d.STYLE.BARCOLOR:method=Graph3d.prototype._redrawBarColorGraphPoint;break;case Graph3d.STYLE.BARSIZE:method=Graph3d.prototype._redrawBarSizeGraphPoint;break;case Graph3d.STYLE.DOT:method=Graph3d.prototype._redrawDotGraphPoint;break;case Graph3d.STYLE.DOTLINE:method=Graph3d.prototype._redrawDotLineGraphPoint;break;case Graph3d.STYLE.DOTCOLOR:method=Graph3d.prototype._redrawDotColorGraphPoint;break;case Graph3d.STYLE.DOTSIZE:method=Graph3d.prototype._redrawDotSizeGraphPoint;break;case Graph3d.STYLE.SURFACE:method=Graph3d.prototype._redrawSurfaceGraphPoint;break;case Graph3d.STYLE.GRID:method=Graph3d.prototype._redrawGridGraphPoint;break;case Graph3d.STYLE.LINE:method=Graph3d.prototype._redrawLineGraphPoint;break;default:throw new Error(\"Can not determine point drawing method \"+\"for graph style '\"+this.style+\"'\");break}this._pointDrawingMethod=method};Graph3d.prototype.redraw=function(){if(this.dataPoints===undefined){throw new Error(\"Graph data not initialized\")}this._resizeCanvas();this._resizeCenter();this._redrawSlider();this._redrawClear();this._redrawAxis();this._redrawDataGraph();this._redrawInfo();this._redrawLegend()};Graph3d.prototype._getContext=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.lineJoin=\"round\";ctx.lineCap=\"round\";return ctx};Graph3d.prototype._redrawClear=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.clearRect(0,0,canvas.width,canvas.height)};Graph3d.prototype._dotSize=function(){return this.frame.clientWidth*this.dotSizeRatio};Graph3d.prototype._getLegendWidth=function(){var width;if(this.style===Graph3d.STYLE.DOTSIZE){var dotSize=this._dotSize();width=dotSize/2+dotSize*2}else if(this.style===Graph3d.STYLE.BARSIZE){width=this.xBarWidth}else{width=20}return width};Graph3d.prototype._redrawLegend=function(){if(this.showLegend!==true){return}if(this.style===Graph3d.STYLE.LINE||this.style===Graph3d.STYLE.BARSIZE){return}var isSizeLegend=this.style===Graph3d.STYLE.BARSIZE||this.style===Graph3d.STYLE.DOTSIZE;var isValueLegend=this.style===Graph3d.STYLE.DOTSIZE||this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.BARCOLOR;var height=Math.max(this.frame.clientHeight*.25,100);var top=this.margin;var width=this._getLegendWidth();var right=this.frame.clientWidth-this.margin;var left=right-width;var bottom=top+height;var ctx=this._getContext();ctx.lineWidth=1;ctx.font=\"14px arial\";if(isSizeLegend===false){var ymin=0;var ymax=height;var y;for(y=ymin;y<ymax;y++){var f=(y-ymin)/(ymax-ymin);var hue=f*240;var color=this._hsv2rgb(hue,1,1);ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(left,top+y);ctx.lineTo(right,top+y);ctx.stroke()}ctx.strokeStyle=this.axisColor;ctx.strokeRect(left,top,width,height)}else{var widthMin;if(this.style===Graph3d.STYLE.DOTSIZE){var dotSize=this._dotSize();widthMin=dotSize/2}else if(this.style===Graph3d.STYLE.BARSIZE){}ctx.strokeStyle=this.axisColor;ctx.fillStyle=this.dataColor.fill;ctx.beginPath();ctx.moveTo(left,top);ctx.lineTo(right,top);ctx.lineTo(right-width+widthMin,bottom);ctx.lineTo(left,bottom);ctx.closePath();ctx.fill();ctx.stroke()}var gridLineLen=5;var legendMin=isValueLegend?this.valueRange.min:this.zRange.min;var legendMax=isValueLegend?this.valueRange.max:this.zRange.max;var step=new StepNumber(legendMin,legendMax,(legendMax-legendMin)/5,true);step.start(true);var y;var from;var to;while(!step.end()){y=bottom-(step.getCurrent()-legendMin)/(legendMax-legendMin)*height;from=new Point2d(left-gridLineLen,y);to=new Point2d(left,y);this._line(ctx,from,to);ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(step.getCurrent(),left-2*gridLineLen,y);step.next()}ctx.textAlign=\"right\";ctx.textBaseline=\"top\";var label=this.legendLabel;ctx.fillText(label,right,bottom+this.margin)};Graph3d.prototype._redrawFilter=function(){this.frame.filter.innerHTML=\"\";if(this.dataFilter){var options={visible:this.showAnimationControls};var slider=new Slider(this.frame.filter,options);this.frame.filter.slider=slider;this.frame.filter.style.padding=\"10px\";slider.setValues(this.dataFilter.values);slider.setPlayInterval(this.animationInterval);var me=this;var onchange=function onchange(){var index=slider.getIndex();me.dataFilter.selectValue(index);me.dataPoints=me.dataFilter._getDataPoints();me.redraw()};slider.setOnChangeCallback(onchange)}else{this.frame.filter.slider=undefined}};Graph3d.prototype._redrawSlider=function(){if(this.frame.filter.slider!==undefined){this.frame.filter.slider.redraw()}};Graph3d.prototype._redrawInfo=function(){if(this.dataFilter){var ctx=this._getContext();ctx.font=\"14px arial\";ctx.lineStyle=\"gray\";ctx.fillStyle=\"gray\";ctx.textAlign=\"left\";ctx.textBaseline=\"top\";var x=this.margin;var y=this.margin;ctx.fillText(this.dataFilter.getLabel()+\": \"+this.dataFilter.getSelectedValue(),x,y)}};Graph3d.prototype._line=function(ctx,from,to,strokeStyle){if(strokeStyle!==undefined){ctx.strokeStyle=strokeStyle}ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()};Graph3d.prototype.drawAxisLabelX=function(ctx,point3d,text,armAngle,yMargin){if(yMargin===undefined){yMargin=0}var point2d=this._convert3Dto2D(point3d);if(Math.cos(armAngle*2)>0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";point2d.y+=yMargin}else if(Math.sin(armAngle*2)<0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(text,point2d.x,point2d.y)};Graph3d.prototype.drawAxisLabelY=function(ctx,point3d,text,armAngle,yMargin){if(yMargin===undefined){yMargin=0}var point2d=this._convert3Dto2D(point3d);if(Math.cos(armAngle*2)<0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";point2d.y+=yMargin}else if(Math.sin(armAngle*2)>0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(text,point2d.x,point2d.y)};Graph3d.prototype.drawAxisLabelZ=function(ctx,point3d,text,offset){if(offset===undefined){offset=0}var point2d=this._convert3Dto2D(point3d);ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(text,point2d.x-offset,point2d.y)};Graph3d.prototype._line3d=function(ctx,from,to,strokeStyle){var from2d=this._convert3Dto2D(from);var to2d=this._convert3Dto2D(to);this._line(ctx,from2d,to2d,strokeStyle)};Graph3d.prototype._redrawAxis=function(){var ctx=this._getContext(),from,to,step,prettyStep,text,xText,yText,zText,offset,xOffset,yOffset;ctx.font=24/this.camera.getArmLength()+\"px arial\";var gridLenX=.025/this.scale.x;var gridLenY=.025/this.scale.y;var textMargin=5/this.camera.getArmLength();var armAngle=this.camera.getArmRotation().horizontal;var armVector=new Point2d(Math.cos(armAngle),Math.sin(armAngle));var xRange=this.xRange;var yRange=this.yRange;var zRange=this.zRange;ctx.lineWidth=1;prettyStep=this.defaultXStep===undefined;step=new StepNumber(xRange.min,xRange.max,this.xStep,prettyStep);step.start(true);while(!step.end()){var x=step.getCurrent();if(this.showGrid){from=new Point3d(x,yRange.min,zRange.min);to=new Point3d(x,yRange.max,zRange.min);this._line3d(ctx,from,to,this.gridColor)}else{from=new Point3d(x,yRange.min,zRange.min);to=new Point3d(x,yRange.min+gridLenX,zRange.min);this._line3d(ctx,from,to,this.axisColor);from=new Point3d(x,yRange.max,zRange.min);to=new Point3d(x,yRange.max-gridLenX,zRange.min);this._line3d(ctx,from,to,this.axisColor)}yText=armVector.x>0?yRange.min:yRange.max;var point3d=new Point3d(x,yText,zRange.min);var msg=\" \"+this.xValueLabel(x)+\" \";this.drawAxisLabelX(ctx,point3d,msg,armAngle,textMargin);step.next()}ctx.lineWidth=1;prettyStep=this.defaultYStep===undefined;step=new StepNumber(yRange.min,yRange.max,this.yStep,prettyStep);step.start(true);while(!step.end()){var y=step.getCurrent();if(this.showGrid){from=new Point3d(xRange.min,y,zRange.min);to=new Point3d(xRange.max,y,zRange.min);this._line3d(ctx,from,to,this.gridColor)}else{from=new Point3d(xRange.min,y,zRange.min);to=new Point3d(xRange.min+gridLenY,y,zRange.min);this._line3d(ctx,from,to,this.axisColor);from=new Point3d(xRange.max,y,zRange.min);to=new Point3d(xRange.max-gridLenY,y,zRange.min);this._line3d(ctx,from,to,this.axisColor)}xText=armVector.y>0?xRange.min:xRange.max;point3d=new Point3d(xText,y,zRange.min);var msg=\" \"+this.yValueLabel(y)+\" \";this.drawAxisLabelY(ctx,point3d,msg,armAngle,textMargin);step.next()}ctx.lineWidth=1;prettyStep=this.defaultZStep===undefined;step=new StepNumber(zRange.min,zRange.max,this.zStep,prettyStep);step.start(true);xText=armVector.x>0?xRange.min:xRange.max;yText=armVector.y<0?yRange.min:yRange.max;while(!step.end()){var z=step.getCurrent();var from3d=new Point3d(xText,yText,z);var from2d=this._convert3Dto2D(from3d);to=new Point2d(from2d.x-textMargin,from2d.y);this._line(ctx,from2d,to,this.axisColor);var msg=this.zValueLabel(z)+\" \";this.drawAxisLabelZ(ctx,from3d,msg,5);step.next()}ctx.lineWidth=1;from=new Point3d(xText,yText,zRange.min);to=new Point3d(xText,yText,zRange.max);this._line3d(ctx,from,to,this.axisColor);var xMin2d;var xMax2d;ctx.lineWidth=1;xMin2d=new Point3d(xRange.min,yRange.min,zRange.min);xMax2d=new Point3d(xRange.max,yRange.min,zRange.min);this._line3d(ctx,xMin2d,xMax2d,this.axisColor);xMin2d=new Point3d(xRange.min,yRange.max,zRange.min);xMax2d=new Point3d(xRange.max,yRange.max,zRange.min);this._line3d(ctx,xMin2d,xMax2d,this.axisColor);ctx.lineWidth=1;from=new Point3d(xRange.min,yRange.min,zRange.min);to=new Point3d(xRange.min,yRange.max,zRange.min);this._line3d(ctx,from,to,this.axisColor);from=new Point3d(xRange.max,yRange.min,zRange.min);to=new Point3d(xRange.max,yRange.max,zRange.min);this._line3d(ctx,from,to,this.axisColor);var xLabel=this.xLabel;if(xLabel.length>0){yOffset=.1/this.scale.y;xText=xRange.center()/2;yText=armVector.x>0?yRange.min-yOffset:yRange.max+yOffset;text=new Point3d(xText,yText,zRange.min);this.drawAxisLabelX(ctx,text,xLabel,armAngle)}var yLabel=this.yLabel;if(yLabel.length>0){xOffset=.1/this.scale.x;xText=armVector.y>0?xRange.min-xOffset:xRange.max+xOffset;yText=yRange.center()/2;text=new Point3d(xText,yText,zRange.min);this.drawAxisLabelY(ctx,text,yLabel,armAngle)}var zLabel=this.zLabel;if(zLabel.length>0){offset=30;xText=armVector.x>0?xRange.min:xRange.max;yText=armVector.y<0?yRange.min:yRange.max;zText=zRange.center()/2;text=new Point3d(xText,yText,zText);this.drawAxisLabelZ(ctx,text,zLabel,offset)}};Graph3d.prototype._hsv2rgb=function(H,S,V){var R,G,B,C,Hi,X;C=V*S;Hi=Math.floor(H/60);X=C*(1-Math.abs(H/60%2-1));switch(Hi){case 0:R=C;G=X;B=0;break;case 1:R=X;G=C;B=0;break;case 2:R=0;G=C;B=X;break;case 3:R=0;G=X;B=C;break;case 4:R=X;G=0;B=C;break;case 5:R=C;G=0;B=X;break;default:R=0;G=0;B=0;break}return\"RGB(\"+parseInt(R*255)+\",\"+parseInt(G*255)+\",\"+parseInt(B*255)+\")\"};Graph3d.prototype._getStrokeWidth=function(point){if(point!==undefined){if(this.showPerspective){return 1/-point.trans.z*this.dataColor.strokeWidth}else{return-(this.eye.z/this.camera.getArmLength())*this.dataColor.strokeWidth}}return this.dataColor.strokeWidth};Graph3d.prototype._redrawBar=function(ctx,point,xWidth,yWidth,color,borderColor){var i,j,surface;var me=this;var point3d=point.point;var zMin=this.zRange.min;var top=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,point3d.z)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,point3d.z)}];var bottom=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,zMin)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,zMin)}];top.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});bottom.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});var surfaces=[{corners:top,center:Point3d.avg(bottom[0].point,bottom[2].point)},{corners:[top[0],top[1],bottom[1],bottom[0]],center:Point3d.avg(bottom[1].point,bottom[0].point)},{corners:[top[1],top[2],bottom[2],bottom[1]],center:Point3d.avg(bottom[2].point,bottom[1].point)},{corners:[top[2],top[3],bottom[3],bottom[2]],center:Point3d.avg(bottom[3].point,bottom[2].point)},{corners:[top[3],top[0],bottom[0],bottom[3]],center:Point3d.avg(bottom[0].point,bottom[3].point)}];point.surfaces=surfaces;for(j=0;j<surfaces.length;j++){surface=surfaces[j];var transCenter=this._convertPointToTranslation(surface.center);surface.dist=this.showPerspective?transCenter.length():-transCenter.z}surfaces.sort(function(a,b){var diff=b.dist-a.dist;if(diff)return diff;if(a.corners===top)return 1;if(b.corners===top)return-1;return 0});ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=borderColor;ctx.fillStyle=color;for(j=2;j<surfaces.length;j++){surface=surfaces[j];this._polygon(ctx,surface.corners)}};Graph3d.prototype._polygon=function(ctx,points,fillStyle,strokeStyle){if(points.length<2){return}if(fillStyle!==undefined){ctx.fillStyle=fillStyle}if(strokeStyle!==undefined){ctx.strokeStyle=strokeStyle}ctx.beginPath();ctx.moveTo(points[0].screen.x,points[0].screen.y);for(var i=1;i<points.length;++i){var point=points[i];ctx.lineTo(point.screen.x,point.screen.y)}ctx.closePath();ctx.fill();ctx.stroke()};Graph3d.prototype._drawCircle=function(ctx,point,color,borderColor,size){var radius=this._calcRadius(point,size);ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=borderColor;ctx.fillStyle=color;ctx.beginPath();ctx.arc(point.screen.x,point.screen.y,radius,0,Math.PI*2,true);ctx.fill();ctx.stroke()};Graph3d.prototype._getColorsRegular=function(point){var hue=(1-(point.point.z-this.zRange.min)*this.scale.z/this.verticalRatio)*240;var color=this._hsv2rgb(hue,1,1);var borderColor=this._hsv2rgb(hue,1,.8);return{fill:color,border:borderColor}};Graph3d.prototype._getColorsColor=function(point){var hue=(1-(point.point.value-this.valueRange.min)*this.scale.value)*240;var color=this._hsv2rgb(hue,1,1);var borderColor=this._hsv2rgb(hue,1,.8);return{fill:color,border:borderColor}};Graph3d.prototype._getColorsSize=function(){return{fill:this.dataColor.fill,border:this.dataColor.stroke}};Graph3d.prototype._calcRadius=function(point,size){if(size===undefined){size=this._dotSize()}var radius;if(this.showPerspective){radius=size/-point.trans.z}else{radius=size*-(this.eye.z/this.camera.getArmLength())}if(radius<0){radius=0}return radius};Graph3d.prototype._redrawBarGraphPoint=function(ctx,point){var xWidth=this.xBarWidth/2;var yWidth=this.yBarWidth/2;var colors=this._getColorsRegular(point);this._redrawBar(ctx,point,xWidth,yWidth,colors.fill,colors.border)};Graph3d.prototype._redrawBarColorGraphPoint=function(ctx,point){var xWidth=this.xBarWidth/2;var yWidth=this.yBarWidth/2;var colors=this._getColorsColor(point);this._redrawBar(ctx,point,xWidth,yWidth,colors.fill,colors.border)};Graph3d.prototype._redrawBarSizeGraphPoint=function(ctx,point){var fraction=(point.point.value-this.valueRange.min)/this.valueRange.range();var xWidth=this.xBarWidth/2*(fraction*.8+.2);var yWidth=this.yBarWidth/2*(fraction*.8+.2);var colors=this._getColorsSize();this._redrawBar(ctx,point,xWidth,yWidth,colors.fill,colors.border)};Graph3d.prototype._redrawDotGraphPoint=function(ctx,point){var colors=this._getColorsRegular(point);this._drawCircle(ctx,point,colors.fill,colors.border)};Graph3d.prototype._redrawDotLineGraphPoint=function(ctx,point){var from=this._convert3Dto2D(point.bottom);ctx.lineWidth=1;this._line(ctx,from,point.screen,this.gridColor);this._redrawDotGraphPoint(ctx,point)};Graph3d.prototype._redrawDotColorGraphPoint=function(ctx,point){var colors=this._getColorsColor(point);this._drawCircle(ctx,point,colors.fill,colors.border)};Graph3d.prototype._redrawDotSizeGraphPoint=function(ctx,point){var dotSize=this._dotSize();var fraction=(point.point.value-this.valueRange.min)/this.valueRange.range();var size=dotSize/2+2*dotSize*fraction;var colors=this._getColorsSize();this._drawCircle(ctx,point,colors.fill,colors.border,size)};Graph3d.prototype._redrawSurfaceGraphPoint=function(ctx,point){var right=point.pointRight;var top=point.pointTop;var cross=point.pointCross;if(point===undefined||right===undefined||top===undefined||cross===undefined){return}var topSideVisible=true;var fillStyle;var strokeStyle;var lineWidth;if(this.showGrayBottom||this.showShadow){var aDiff=Point3d.subtract(cross.trans,point.trans);var bDiff=Point3d.subtract(top.trans,right.trans);var crossproduct=Point3d.crossProduct(aDiff,bDiff);\nvar len=crossproduct.length();topSideVisible=crossproduct.z>0}if(topSideVisible){var zAvg=(point.point.z+right.point.z+top.point.z+cross.point.z)/4;var h=(1-(zAvg-this.zRange.min)*this.scale.z/this.verticalRatio)*240;var s=1;var v;if(this.showShadow){v=Math.min(1+crossproduct.x/len/2,1);fillStyle=this._hsv2rgb(h,s,v);strokeStyle=fillStyle}else{v=1;fillStyle=this._hsv2rgb(h,s,v);strokeStyle=this.axisColor}}else{fillStyle=\"gray\";strokeStyle=this.axisColor}ctx.lineWidth=this._getStrokeWidth(point);var points=[point,right,cross,top];this._polygon(ctx,points,fillStyle,strokeStyle)};Graph3d.prototype._drawGridLine=function(ctx,from,to){if(from===undefined||to===undefined){return}var zAvg=(from.point.z+to.point.z)/2;var h=(1-(zAvg-this.zRange.min)*this.scale.z/this.verticalRatio)*240;ctx.lineWidth=this._getStrokeWidth(from)*2;ctx.strokeStyle=this._hsv2rgb(h,1,1);this._line(ctx,from.screen,to.screen)};Graph3d.prototype._redrawGridGraphPoint=function(ctx,point){this._drawGridLine(ctx,point,point.pointRight);this._drawGridLine(ctx,point,point.pointTop)};Graph3d.prototype._redrawLineGraphPoint=function(ctx,point){if(point.pointNext===undefined){return}ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=this.dataColor.stroke;this._line(ctx,point.screen,point.pointNext.screen)};Graph3d.prototype._redrawDataGraph=function(){var ctx=this._getContext();var i;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;this._calcTranslations(this.dataPoints);for(i=0;i<this.dataPoints.length;i++){var point=this.dataPoints[i];this._pointDrawingMethod.call(this,ctx,point)}};Graph3d.prototype._onMouseDown=function(event){event=event||window.event;if(this.leftButtonDown){this._onMouseUp(event)}this.leftButtonDown=event.which?event.which===1:event.button===1;if(!this.leftButtonDown&&!this.touchDown)return;this.startMouseX=getMouseX(event);this.startMouseY=getMouseY(event);this.startStart=new Date(this.start);this.startEnd=new Date(this.end);this.startArmRotation=this.camera.getArmRotation();this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",me.onmousemove);util.addEventListener(document,\"mouseup\",me.onmouseup);util.preventDefault(event)};Graph3d.prototype._onMouseMove=function(event){event=event||window.event;var diffX=parseFloat(getMouseX(event))-this.startMouseX;var diffY=parseFloat(getMouseY(event))-this.startMouseY;var horizontalNew=this.startArmRotation.horizontal+diffX/200;var verticalNew=this.startArmRotation.vertical+diffY/200;var snapAngle=4;var snapValue=Math.sin(snapAngle/360*2*Math.PI);if(Math.abs(Math.sin(horizontalNew))<snapValue){horizontalNew=Math.round(horizontalNew/Math.PI)*Math.PI-.001}if(Math.abs(Math.cos(horizontalNew))<snapValue){horizontalNew=(Math.round(horizontalNew/Math.PI-.5)+.5)*Math.PI-.001}if(Math.abs(Math.sin(verticalNew))<snapValue){verticalNew=Math.round(verticalNew/Math.PI)*Math.PI}if(Math.abs(Math.cos(verticalNew))<snapValue){verticalNew=(Math.round(verticalNew/Math.PI-.5)+.5)*Math.PI}this.camera.setArmRotation(horizontalNew,verticalNew);this.redraw();var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";this.leftButtonDown=false;util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Graph3d.prototype._onTooltip=function(event){var delay=300;var boundingRect=this.frame.getBoundingClientRect();var mouseX=getMouseX(event)-boundingRect.left;var mouseY=getMouseY(event)-boundingRect.top;if(!this.showTooltip){return}if(this.tooltipTimeout){clearTimeout(this.tooltipTimeout)}if(this.leftButtonDown){this._hideTooltip();return}if(this.tooltip&&this.tooltip.dataPoint){var dataPoint=this._dataPointFromXY(mouseX,mouseY);if(dataPoint!==this.tooltip.dataPoint){if(dataPoint){this._showTooltip(dataPoint)}else{this._hideTooltip()}}}else{var me=this;this.tooltipTimeout=setTimeout(function(){me.tooltipTimeout=null;var dataPoint=me._dataPointFromXY(mouseX,mouseY);if(dataPoint){me._showTooltip(dataPoint)}},delay)}};Graph3d.prototype._onTouchStart=function(event){this.touchDown=true;var me=this;this.ontouchmove=function(event){me._onTouchMove(event)};this.ontouchend=function(event){me._onTouchEnd(event)};util.addEventListener(document,\"touchmove\",me.ontouchmove);util.addEventListener(document,\"touchend\",me.ontouchend);this._onMouseDown(event)};Graph3d.prototype._onTouchMove=function(event){this._onMouseMove(event)};Graph3d.prototype._onTouchEnd=function(event){this.touchDown=false;util.removeEventListener(document,\"touchmove\",this.ontouchmove);util.removeEventListener(document,\"touchend\",this.ontouchend);this._onMouseUp(event)};Graph3d.prototype._onWheel=function(event){if(!event)event=window.event;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var oldLength=this.camera.getArmLength();var newLength=oldLength*(1-delta/10);this.camera.setArmLength(newLength);this.redraw();this._hideTooltip()}var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._insideTriangle=function(point,triangle){var a=triangle[0],b=triangle[1],c=triangle[2];function sign(x){return x>0?1:x<0?-1:0}var as=sign((b.x-a.x)*(point.y-a.y)-(b.y-a.y)*(point.x-a.x));var bs=sign((c.x-b.x)*(point.y-b.y)-(c.y-b.y)*(point.x-b.x));var cs=sign((a.x-c.x)*(point.y-c.y)-(a.y-c.y)*(point.x-c.x));return(as==0||bs==0||as==bs)&&(bs==0||cs==0||bs==cs)&&(as==0||cs==0||as==cs)};Graph3d.prototype._dataPointFromXY=function(x,y){var i,distMax=100,dataPoint=null,closestDataPoint=null,closestDist=null,center=new Point2d(x,y);if(this.style===Graph3d.STYLE.BAR||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){for(i=this.dataPoints.length-1;i>=0;i--){dataPoint=this.dataPoints[i];var surfaces=dataPoint.surfaces;if(surfaces){for(var s=surfaces.length-1;s>=0;s--){var surface=surfaces[s];var corners=surface.corners;var triangle1=[corners[0].screen,corners[1].screen,corners[2].screen];var triangle2=[corners[2].screen,corners[3].screen,corners[0].screen];if(this._insideTriangle(center,triangle1)||this._insideTriangle(center,triangle2)){return dataPoint}}}}}else{for(i=0;i<this.dataPoints.length;i++){dataPoint=this.dataPoints[i];var point=dataPoint.screen;if(point){var distX=Math.abs(x-point.x);var distY=Math.abs(y-point.y);var dist=Math.sqrt(distX*distX+distY*distY);if((closestDist===null||dist<closestDist)&&dist<distMax){closestDist=dist;closestDataPoint=dataPoint}}}}return closestDataPoint};Graph3d.prototype._showTooltip=function(dataPoint){var content,line,dot;if(!this.tooltip){content=document.createElement(\"div\");content.style.position=\"absolute\";content.style.padding=\"10px\";content.style.border=\"1px solid #4d4d4d\";content.style.color=\"#1a1a1a\";content.style.background=\"rgba(255,255,255,0.7)\";content.style.borderRadius=\"2px\";content.style.boxShadow=\"5px 5px 10px rgba(128,128,128,0.5)\";line=document.createElement(\"div\");line.style.position=\"absolute\";line.style.height=\"40px\";line.style.width=\"0\";line.style.borderLeft=\"1px solid #4d4d4d\";dot=document.createElement(\"div\");dot.style.position=\"absolute\";dot.style.height=\"0\";dot.style.width=\"0\";dot.style.border=\"5px solid #4d4d4d\";dot.style.borderRadius=\"5px\";this.tooltip={dataPoint:null,dom:{content:content,line:line,dot:dot}}}else{content=this.tooltip.dom.content;line=this.tooltip.dom.line;dot=this.tooltip.dom.dot}this._hideTooltip();this.tooltip.dataPoint=dataPoint;if(typeof this.showTooltip===\"function\"){content.innerHTML=this.showTooltip(dataPoint.point)}else{content.innerHTML=\"<table>\"+\"<tr><td>\"+this.xLabel+\":</td><td>\"+dataPoint.point.x+\"</td></tr>\"+\"<tr><td>\"+this.yLabel+\":</td><td>\"+dataPoint.point.y+\"</td></tr>\"+\"<tr><td>\"+this.zLabel+\":</td><td>\"+dataPoint.point.z+\"</td></tr>\"+\"</table>\"}content.style.left=\"0\";content.style.top=\"0\";this.frame.appendChild(content);this.frame.appendChild(line);this.frame.appendChild(dot);var contentWidth=content.offsetWidth;var contentHeight=content.offsetHeight;var lineHeight=line.offsetHeight;var dotWidth=dot.offsetWidth;var dotHeight=dot.offsetHeight;var left=dataPoint.screen.x-contentWidth/2;left=Math.min(Math.max(left,10),this.frame.clientWidth-10-contentWidth);line.style.left=dataPoint.screen.x+\"px\";line.style.top=dataPoint.screen.y-lineHeight+\"px\";content.style.left=left+\"px\";content.style.top=dataPoint.screen.y-lineHeight-contentHeight+\"px\";dot.style.left=dataPoint.screen.x-dotWidth/2+\"px\";dot.style.top=dataPoint.screen.y-dotHeight/2+\"px\"};Graph3d.prototype._hideTooltip=function(){if(this.tooltip){this.tooltip.dataPoint=null;for(var prop in this.tooltip.dom){if(this.tooltip.dom.hasOwnProperty(prop)){var elem=this.tooltip.dom[prop];if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}}}};function getMouseX(event){if(\"clientX\"in event)return event.clientX;return event.targetTouches[0]&&event.targetTouches[0].clientX||0}function getMouseY(event){if(\"clientY\"in event)return event.clientY;return event.targetTouches[0]&&event.targetTouches[0].clientY||0}Graph3d.prototype.setCameraPosition=function(pos){Settings.setCameraPosition(pos,this);this.redraw()};module.exports=Graph3d},function(module,exports){module.exports=Emitter;function Emitter(obj){if(obj)return mixin(obj)}function mixin(obj){for(var key in Emitter.prototype){obj[key]=Emitter.prototype[key]}return obj}Emitter.prototype.on=Emitter.prototype.addEventListener=function(event,fn){this._callbacks=this._callbacks||{};(this._callbacks[event]=this._callbacks[event]||[]).push(fn);return this};Emitter.prototype.once=function(event,fn){var self=this;this._callbacks=this._callbacks||{};function on(){self.off(event,on);fn.apply(this,arguments)}on.fn=fn;this.on(event,on);return this};Emitter.prototype.off=Emitter.prototype.removeListener=Emitter.prototype.removeAllListeners=Emitter.prototype.removeEventListener=function(event,fn){this._callbacks=this._callbacks||{};if(0==arguments.length){this._callbacks={};return this}var callbacks=this._callbacks[event];if(!callbacks)return this;if(1==arguments.length){delete this._callbacks[event];return this}var cb;for(var i=0;i<callbacks.length;i++){cb=callbacks[i];if(cb===fn||cb.fn===fn){callbacks.splice(i,1);break}}return this};Emitter.prototype.emit=function(event){this._callbacks=this._callbacks||{};var args=[].slice.call(arguments,1),callbacks=this._callbacks[event];if(callbacks){callbacks=callbacks.slice(0);for(var i=0,len=callbacks.length;i<len;++i){callbacks[i].apply(this,args)}}return this};Emitter.prototype.listeners=function(event){this._callbacks=this._callbacks||{};return this._callbacks[event]||[]};Emitter.prototype.hasListeners=function(event){return!!this.listeners(event).length}},function(module,exports){\"use strict\";function Point3d(x,y,z){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0;this.z=z!==undefined?z:0}Point3d.subtract=function(a,b){var sub=new Point3d;sub.x=a.x-b.x;sub.y=a.y-b.y;sub.z=a.z-b.z;return sub};Point3d.add=function(a,b){var sum=new Point3d;sum.x=a.x+b.x;sum.y=a.y+b.y;sum.z=a.z+b.z;return sum};Point3d.avg=function(a,b){return new Point3d((a.x+b.x)/2,(a.y+b.y)/2,(a.z+b.z)/2)};Point3d.crossProduct=function(a,b){var crossproduct=new Point3d;crossproduct.x=a.y*b.z-a.z*b.y;crossproduct.y=a.z*b.x-a.x*b.z;crossproduct.z=a.x*b.y-a.y*b.x;return crossproduct};Point3d.prototype.length=function(){return Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z)};module.exports=Point3d},function(module,exports){\"use strict\";function Point2d(x,y){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0}module.exports=Point2d},function(module,exports,__webpack_require__){\"use strict\";var Point3d=__webpack_require__(14);function Camera(){this.armLocation=new Point3d;this.armRotation={};this.armRotation.horizontal=0;this.armRotation.vertical=0;this.armLength=1.7;this.cameraLocation=new Point3d;this.cameraRotation=new Point3d(.5*Math.PI,0,0);this.calculateCameraOrientation()}Camera.prototype.setArmLocation=function(x,y,z){this.armLocation.x=x;this.armLocation.y=y;this.armLocation.z=z;this.calculateCameraOrientation()};Camera.prototype.setArmRotation=function(horizontal,vertical){if(horizontal!==undefined){this.armRotation.horizontal=horizontal}if(vertical!==undefined){this.armRotation.vertical=vertical;if(this.armRotation.vertical<0)this.armRotation.vertical=0;if(this.armRotation.vertical>.5*Math.PI)this.armRotation.vertical=.5*Math.PI}if(horizontal!==undefined||vertical!==undefined){this.calculateCameraOrientation()}};Camera.prototype.getArmRotation=function(){var rot={};rot.horizontal=this.armRotation.horizontal;rot.vertical=this.armRotation.vertical;return rot};Camera.prototype.setArmLength=function(length){if(length===undefined)return;this.armLength=length;if(this.armLength<.71)this.armLength=.71;if(this.armLength>5)this.armLength=5;this.calculateCameraOrientation()};Camera.prototype.getArmLength=function(){return this.armLength};Camera.prototype.getCameraLocation=function(){return this.cameraLocation};Camera.prototype.getCameraRotation=function(){return this.cameraRotation};Camera.prototype.calculateCameraOrientation=function(){this.cameraLocation.x=this.armLocation.x-this.armLength*Math.sin(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.y=this.armLocation.y-this.armLength*Math.cos(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.z=this.armLocation.z+this.armLength*Math.sin(this.armRotation.vertical);this.cameraRotation.x=Math.PI/2-this.armRotation.vertical;this.cameraRotation.y=0;this.cameraRotation.z=-this.armRotation.horizontal};module.exports=Camera},function(module,exports,__webpack_require__){\"use strict\";var DataView=__webpack_require__(11);function Filter(data,column,graph){this.data=data;this.column=column;this.graph=graph;this.index=undefined;this.value=undefined;this.values=graph.getDistinctValues(data.get(),this.column);this.values.sort(function(a,b){return a>b?1:a<b?-1:0});if(this.values.length>0){this.selectValue(0)}this.dataPoints=[];this.loaded=false;this.onLoadCallback=undefined;if(graph.animationPreload){this.loaded=false;this.loadInBackground()}else{this.loaded=true}}Filter.prototype.isLoaded=function(){return this.loaded};Filter.prototype.getLoadedProgress=function(){var len=this.values.length;var i=0;while(this.dataPoints[i]){i++}return Math.round(i/len*100)};Filter.prototype.getLabel=function(){return this.graph.filterLabel};Filter.prototype.getColumn=function(){return this.column};Filter.prototype.getSelectedValue=function(){if(this.index===undefined)return undefined;return this.values[this.index]};Filter.prototype.getValues=function(){return this.values};Filter.prototype.getValue=function(index){if(index>=this.values.length)throw new Error(\"Index out of range\");return this.values[index]};Filter.prototype._getDataPoints=function(index){if(index===undefined)index=this.index;if(index===undefined)return[];var dataPoints;if(this.dataPoints[index]){dataPoints=this.dataPoints[index]}else{var f={};f.column=this.column;f.value=this.values[index];var dataView=new DataView(this.data,{filter:function filter(item){return item[f.column]==f.value}}).get();dataPoints=this.graph._getDataPoints(dataView);this.dataPoints[index]=dataPoints}return dataPoints};Filter.prototype.setOnLoadCallback=function(callback){this.onLoadCallback=callback};Filter.prototype.selectValue=function(index){if(index>=this.values.length)throw new Error(\"Index out of range\");this.index=index;this.value=this.values[index]};Filter.prototype.loadInBackground=function(index){if(index===undefined)index=0;var frame=this.graph.frame;if(index<this.values.length){var dataPointsTemp=this._getDataPoints(index);if(frame.progress===undefined){frame.progress=document.createElement(\"DIV\");frame.progress.style.position=\"absolute\";frame.progress.style.color=\"gray\";frame.appendChild(frame.progress)}var progress=this.getLoadedProgress();frame.progress.innerHTML=\"Loading animation... \"+progress+\"%\";frame.progress.style.bottom=60+\"px\";frame.progress.style.left=10+\"px\";var me=this;setTimeout(function(){me.loadInBackground(index+1)},10);this.loaded=false}else{this.loaded=true;if(frame.progress!==undefined){frame.removeChild(frame.progress);frame.progress=undefined}if(this.onLoadCallback)this.onLoadCallback()}};module.exports=Filter},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);function Slider(container,options){if(container===undefined){throw new Error(\"No container element defined\")}this.container=container;this.visible=options&&options.visible!=undefined?options.visible:true;if(this.visible){this.frame=document.createElement(\"DIV\");this.frame.style.width=\"100%\";this.frame.style.position=\"relative\";this.container.appendChild(this.frame);this.frame.prev=document.createElement(\"INPUT\");this.frame.prev.type=\"BUTTON\";this.frame.prev.value=\"Prev\";this.frame.appendChild(this.frame.prev);this.frame.play=document.createElement(\"INPUT\");this.frame.play.type=\"BUTTON\";this.frame.play.value=\"Play\";this.frame.appendChild(this.frame.play);this.frame.next=document.createElement(\"INPUT\");this.frame.next.type=\"BUTTON\";this.frame.next.value=\"Next\";this.frame.appendChild(this.frame.next);this.frame.bar=document.createElement(\"INPUT\");this.frame.bar.type=\"BUTTON\";this.frame.bar.style.position=\"absolute\";this.frame.bar.style.border=\"1px solid red\";this.frame.bar.style.width=\"100px\";this.frame.bar.style.height=\"6px\";this.frame.bar.style.borderRadius=\"2px\";this.frame.bar.style.MozBorderRadius=\"2px\";this.frame.bar.style.border=\"1px solid #7F7F7F\";this.frame.bar.style.backgroundColor=\"#E5E5E5\";this.frame.appendChild(this.frame.bar);this.frame.slide=document.createElement(\"INPUT\");this.frame.slide.type=\"BUTTON\";this.frame.slide.style.margin=\"0px\";this.frame.slide.value=\" \";this.frame.slide.style.position=\"relative\";this.frame.slide.style.left=\"-100px\";this.frame.appendChild(this.frame.slide);var me=this;this.frame.slide.onmousedown=function(event){me._onMouseDown(event)};this.frame.prev.onclick=function(event){me.prev(event)};this.frame.play.onclick=function(event){me.togglePlay(event)};this.frame.next.onclick=function(event){me.next(event)}}this.onChangeCallback=undefined;this.values=[];this.index=undefined;this.playTimeout=undefined;this.playInterval=1e3;this.playLoop=true}Slider.prototype.prev=function(){var index=this.getIndex();if(index>0){index--;this.setIndex(index)}};Slider.prototype.next=function(){var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}};Slider.prototype.playNext=function(){var start=new Date;var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}else if(this.playLoop){index=0;this.setIndex(index)}var end=new Date;var diff=end-start;var interval=Math.max(this.playInterval-diff,0);var me=this;this.playTimeout=setTimeout(function(){me.playNext()},interval)};Slider.prototype.togglePlay=function(){if(this.playTimeout===undefined){this.play()}else{this.stop()}};Slider.prototype.play=function(){if(this.playTimeout)return;this.playNext();if(this.frame){this.frame.play.value=\"Stop\"}};Slider.prototype.stop=function(){clearInterval(this.playTimeout);this.playTimeout=undefined;if(this.frame){this.frame.play.value=\"Play\"}};Slider.prototype.setOnChangeCallback=function(callback){this.onChangeCallback=callback};Slider.prototype.setPlayInterval=function(interval){this.playInterval=interval};Slider.prototype.getPlayInterval=function(interval){return this.playInterval};Slider.prototype.setPlayLoop=function(doLoop){this.playLoop=doLoop};Slider.prototype.onChange=function(){if(this.onChangeCallback!==undefined){this.onChangeCallback()}};Slider.prototype.redraw=function(){if(this.frame){this.frame.bar.style.top=this.frame.clientHeight/2-this.frame.bar.offsetHeight/2+\"px\";this.frame.bar.style.width=this.frame.clientWidth-this.frame.prev.clientWidth-this.frame.play.clientWidth-this.frame.next.clientWidth-30+\"px\";var left=this.indexToLeft(this.index);this.frame.slide.style.left=left+\"px\"}};Slider.prototype.setValues=function(values){this.values=values;if(this.values.length>0)this.setIndex(0);else this.index=undefined};Slider.prototype.setIndex=function(index){if(index<this.values.length){this.index=index;this.redraw();this.onChange()}else{throw new Error(\"Index out of range\")}};Slider.prototype.getIndex=function(){return this.index};Slider.prototype.get=function(){return this.values[this.index]};Slider.prototype._onMouseDown=function(event){var leftButtonDown=event.which?event.which===1:event.button===1;if(!leftButtonDown)return;this.startClientX=event.clientX;this.startSlideX=parseFloat(this.frame.slide.style.left);this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",this.onmousemove);util.addEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Slider.prototype.leftToIndex=function(left){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=left-3;var index=Math.round(x/width*(this.values.length-1));if(index<0)index=0;if(index>this.values.length-1)index=this.values.length-1;return index};Slider.prototype.indexToLeft=function(index){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=index/(this.values.length-1)*width;var left=x+3;return left};Slider.prototype._onMouseMove=function(event){var diff=event.clientX-this.startClientX;var x=this.startSlideX+diff;var index=this.leftToIndex(x);this.setIndex(index);util.preventDefault()};Slider.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault()};module.exports=Slider},function(module,exports){\"use strict\";function StepNumber(start,end,step,prettyStep){this._start=0;this._end=0;this._step=1;this.prettyStep=true;this.precision=5;this._current=0;this.setRange(start,end,step,prettyStep)}StepNumber.prototype.isNumeric=function(n){return!isNaN(parseFloat(n))&&isFinite(n)};StepNumber.prototype.setRange=function(start,end,step,prettyStep){if(!this.isNumeric(start)){throw new Error(\"Parameter 'start' is not numeric; value: \"+start)}if(!this.isNumeric(end)){throw new Error(\"Parameter 'end' is not numeric; value: \"+start)}if(!this.isNumeric(step)){throw new Error(\"Parameter 'step' is not numeric; value: \"+start)}this._start=start?start:0;this._end=end?end:0;this.setStep(step,prettyStep)};StepNumber.prototype.setStep=function(step,prettyStep){if(step===undefined||step<=0)return;if(prettyStep!==undefined)this.prettyStep=prettyStep;if(this.prettyStep===true)this._step=StepNumber.calculatePrettyStep(step);else this._step=step};StepNumber.calculatePrettyStep=function(step){var log10=function log10(x){return Math.log(x)/Math.LN10};var step1=Math.pow(10,Math.round(log10(step))),step2=2*Math.pow(10,Math.round(log10(step/2))),step5=5*Math.pow(10,Math.round(log10(step/5)));var prettyStep=step1;if(Math.abs(step2-step)<=Math.abs(prettyStep-step))prettyStep=step2;if(Math.abs(step5-step)<=Math.abs(prettyStep-step))prettyStep=step5;if(prettyStep<=0){prettyStep=1}return prettyStep};StepNumber.prototype.getCurrent=function(){return parseFloat(this._current.toPrecision(this.precision))};StepNumber.prototype.getStep=function(){return this._step};StepNumber.prototype.start=function(checkFirst){if(checkFirst===undefined){checkFirst=false}this._current=this._start-this._start%this._step;if(checkFirst){if(this.getCurrent()<this._start){this.next()}}};StepNumber.prototype.next=function(){this._current+=this._step};StepNumber.prototype.end=function(){return this._current>this._end};module.exports=StepNumber},function(module,exports){\"use strict\";function Range(){this.min=undefined;this.max=undefined}Range.prototype.adjust=function(value){if(value===undefined)return;if(this.min===undefined||this.min>value){this.min=value}if(this.max===undefined||this.max<value){this.max=value}};Range.prototype.combine=function(range){this.add(range.min);this.add(range.max)};Range.prototype.expand=function(val){if(val===undefined){return}var newMin=this.min-val;var newMax=this.max+val;if(newMin>newMax){throw new Error(\"Passed expansion value makes range invalid\")}this.min=newMin;this.max=newMax};Range.prototype.range=function(){return this.max-this.min};Range.prototype.center=function(){return(this.min+this.max)/2};module.exports=Range},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var Camera=__webpack_require__(16);var Point3d=__webpack_require__(14);var STYLE={BAR:0,BARCOLOR:1,BARSIZE:2,DOT:3,DOTLINE:4,DOTCOLOR:5,DOTSIZE:6,GRID:7,LINE:8,SURFACE:9};var STYLENAME={dot:STYLE.DOT,\"dot-line\":STYLE.DOTLINE,\"dot-color\":STYLE.DOTCOLOR,\"dot-size\":STYLE.DOTSIZE,line:STYLE.LINE,grid:STYLE.GRID,surface:STYLE.SURFACE,bar:STYLE.BAR,\"bar-color\":STYLE.BARCOLOR,\"bar-size\":STYLE.BARSIZE};var OPTIONKEYS=[\"width\",\"height\",\"filterLabel\",\"legendLabel\",\"xLabel\",\"yLabel\",\"zLabel\",\"xValueLabel\",\"yValueLabel\",\"zValueLabel\",\"showGrid\",\"showPerspective\",\"showShadow\",\"keepAspectRatio\",\"verticalRatio\",\"dotSizeRatio\",\"showAnimationControls\",\"animationInterval\",\"animationPreload\",\"animationAutoStart\",\"axisColor\",\"gridColor\",\"xCenter\",\"yCenter\"];var PREFIXEDOPTIONKEYS=[\"xBarWidth\",\"yBarWidth\",\"valueMin\",\"valueMax\",\"xMin\",\"xMax\",\"xStep\",\"yMin\",\"yMax\",\"yStep\",\"zMin\",\"zMax\",\"zStep\"];var DEFAULTS=undefined;function isEmpty(obj){for(var prop in obj){if(obj.hasOwnProperty(prop))return false}return true}function capitalize(str){if(str===undefined||str===\"\"){return str}return str.charAt(0).toUpperCase()+str.slice(1)}function prefixFieldName(prefix,fieldName){if(prefix===undefined||prefix===\"\"){return fieldName}return prefix+capitalize(fieldName)}function forceCopy(src,dst,fields,prefix){var srcKey;var dstKey;for(var i in fields){srcKey=fields[i];dstKey=prefixFieldName(prefix,srcKey);dst[dstKey]=src[srcKey]}}function safeCopy(src,dst,fields,prefix){var srcKey;var dstKey;for(var i in fields){srcKey=fields[i];if(src[srcKey]===undefined)continue;dstKey=prefixFieldName(prefix,srcKey);dst[dstKey]=src[srcKey]}}function setDefaults(src,dst){if(src===undefined||isEmpty(src)){throw new Error(\"No DEFAULTS passed\")}if(dst===undefined){throw new Error(\"No dst passed\")}DEFAULTS=src;forceCopy(src,dst,OPTIONKEYS);forceCopy(src,dst,PREFIXEDOPTIONKEYS,\"default\");setSpecialSettings(src,dst);dst.margin=10;dst.showGrayBottom=false;dst.showTooltip=false;dst.eye=new Point3d(0,0,-1)}function setOptions(options,dst){if(options===undefined){return}if(dst===undefined){throw new Error(\"No dst passed\")}if(DEFAULTS===undefined||isEmpty(DEFAULTS)){throw new Error(\"DEFAULTS not set for module Settings\")}safeCopy(options,dst,OPTIONKEYS);safeCopy(options,dst,PREFIXEDOPTIONKEYS,\"default\");setSpecialSettings(options,dst)}function setSpecialSettings(src,dst){if(src.backgroundColor!==undefined){setBackgroundColor(src.backgroundColor,dst)}setDataColor(src.dataColor,dst);setStyle(src.style,dst);setShowLegend(src.showLegend,dst);setCameraPosition(src.cameraPosition,dst);if(src.tooltip!==undefined){dst.showTooltip=src.tooltip}}function setShowLegend(showLegend,dst){if(showLegend===undefined){var isAutoByDefault=DEFAULTS.showLegend===undefined;if(isAutoByDefault){var isLegendGraphStyle=dst.style===STYLE.DOTCOLOR||dst.style===STYLE.DOTSIZE;dst.showLegend=isLegendGraphStyle}else{}}else{dst.showLegend=showLegend}}function getStyleNumberByName(styleName){var number=STYLENAME[styleName];if(number===undefined){return-1}return number}function checkStyleNumber(style){var valid=false;for(var n in STYLE){if(STYLE[n]===style){valid=true;break}}return valid}function setStyle(style,dst){if(style===undefined){return}var styleNumber;if(typeof style===\"string\"){styleNumber=getStyleNumberByName(style);if(styleNumber===-1){throw new Error(\"Style '\"+style+\"' is invalid\")}}else{if(!checkStyleNumber(style)){throw new Error(\"Style '\"+style+\"' is invalid\")}styleNumber=style}dst.style=styleNumber}function setBackgroundColor(backgroundColor,dst){var fill=\"white\";var stroke=\"gray\";var strokeWidth=1;if(typeof backgroundColor===\"string\"){fill=backgroundColor;stroke=\"none\";strokeWidth=0}else if((typeof backgroundColor===\"undefined\"?\"undefined\":_typeof(backgroundColor))===\"object\"){if(backgroundColor.fill!==undefined)fill=backgroundColor.fill;if(backgroundColor.stroke!==undefined)stroke=backgroundColor.stroke;if(backgroundColor.strokeWidth!==undefined)strokeWidth=backgroundColor.strokeWidth}else{throw new Error(\"Unsupported type of backgroundColor\")}dst.frame.style.backgroundColor=fill;dst.frame.style.borderColor=stroke;dst.frame.style.borderWidth=strokeWidth+\"px\";dst.frame.style.borderStyle=\"solid\"}function setDataColor(dataColor,dst){if(dataColor===undefined){return}if(dst.dataColor===undefined){dst.dataColor={}}if(typeof dataColor===\"string\"){dst.dataColor.fill=dataColor;dst.dataColor.stroke=dataColor}else{if(dataColor.fill){dst.dataColor.fill=dataColor.fill}if(dataColor.stroke){dst.dataColor.stroke=dataColor.stroke}if(dataColor.strokeWidth!==undefined){dst.dataColor.strokeWidth=dataColor.strokeWidth}}}function setCameraPosition(cameraPosition,dst){var camPos=cameraPosition;if(camPos===undefined){return}if(dst.camera===undefined){dst.camera=new Camera}dst.camera.setArmRotation(camPos.horizontal,camPos.vertical);dst.camera.setArmLength(camPos.distance)}module.exports.STYLE=STYLE;module.exports.setDefaults=setDefaults;module.exports.setOptions=setOptions;module.exports.setCameraPosition=setCameraPosition},function(module,exports,__webpack_require__){\"use strict\";if(typeof window!==\"undefined\"){var propagating=__webpack_require__(23);var Hammer=window[\"Hammer\"]||__webpack_require__(24);module.exports=propagating(Hammer,{preventDefault:\"mouse\"})}else{module.exports=function(){throw Error(\"hammer.js is only available in a browser, not in node.js.\")}}},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_ARRAY__,__WEBPACK_AMD_DEFINE_RESULT__;\"use strict\";(function(factory){if(true){!(__WEBPACK_AMD_DEFINE_ARRAY__=[],__WEBPACK_AMD_DEFINE_FACTORY__=factory,__WEBPACK_AMD_DEFINE_RESULT__=typeof __WEBPACK_AMD_DEFINE_FACTORY__===\"function\"?__WEBPACK_AMD_DEFINE_FACTORY__.apply(exports,__WEBPACK_AMD_DEFINE_ARRAY__):__WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof exports===\"object\"){module.exports=factory()}else{window.propagating=factory()}})(function(){var _firstTarget=null;return function propagating(hammer,options){var _options=options||{preventDefault:false};if(hammer.Manager){var Hammer=hammer;var PropagatingHammer=function(element,options){var o=Object.create(_options);if(options)Hammer.assign(o,options);return propagating(new Hammer(element,o),o)};Hammer.assign(PropagatingHammer,Hammer);PropagatingHammer.Manager=function(element,options){var o=Object.create(_options);if(options)Hammer.assign(o,options);return propagating(new Hammer.Manager(element,o),o)};return PropagatingHammer}var wrapper=Object.create(hammer);var element=hammer.element;if(!element.hammer)element.hammer=[];element.hammer.push(wrapper);hammer.on(\"hammer.input\",function(event){if(_options.preventDefault===true||_options.preventDefault===event.pointerType){event.preventDefault()}if(event.isFirst){_firstTarget=event.target}});wrapper._handlers={};wrapper.on=function(events,handler){split(events).forEach(function(event){\nvar _handlers=wrapper._handlers[event];if(!_handlers){wrapper._handlers[event]=_handlers=[];hammer.on(event,propagatedHandler)}_handlers.push(handler)});return wrapper};wrapper.off=function(events,handler){split(events).forEach(function(event){var _handlers=wrapper._handlers[event];if(_handlers){_handlers=handler?_handlers.filter(function(h){return h!==handler}):[];if(_handlers.length>0){wrapper._handlers[event]=_handlers}else{hammer.off(event,propagatedHandler);delete wrapper._handlers[event]}}});return wrapper};wrapper.emit=function(eventType,event){_firstTarget=event.target;hammer.emit(eventType,event)};wrapper.destroy=function(){var hammers=hammer.element.hammer;var idx=hammers.indexOf(wrapper);if(idx!==-1)hammers.splice(idx,1);if(!hammers.length)delete hammer.element.hammer;wrapper._handlers={};hammer.destroy()};function split(events){return events.match(/[^ ]+/g)}function propagatedHandler(event){if(event.type!==\"hammer.input\"){if(!event.srcEvent._handled){event.srcEvent._handled={}}if(event.srcEvent._handled[event.type]){return}else{event.srcEvent._handled[event.type]=true}}var stopped=false;event.stopPropagation=function(){stopped=true};var srcStop=event.srcEvent.stopPropagation.bind(event.srcEvent);if(typeof srcStop==\"function\"){event.srcEvent.stopPropagation=function(){srcStop();event.stopPropagation()}}event.firstTarget=_firstTarget;var elem=_firstTarget;while(elem&&!stopped){var elemHammer=elem.hammer;if(elemHammer){var _handlers;for(var k=0;k<elemHammer.length;k++){_handlers=elemHammer[k]._handlers[event.type];if(_handlers)for(var i=0;i<_handlers.length&&!stopped;i++){_handlers[i](event)}}}elem=elem.parentNode}}return wrapper}})},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_RESULT__;(function(window,document,exportName,undefined){\"use strict\";var VENDOR_PREFIXES=[\"\",\"webkit\",\"Moz\",\"MS\",\"ms\",\"o\"];var TEST_ELEMENT=document.createElement(\"div\");var TYPE_FUNCTION=\"function\";var round=Math.round;var abs=Math.abs;var now=Date.now;function setTimeoutContext(fn,timeout,context){return setTimeout(bindFn(fn,context),timeout)}function invokeArrayArg(arg,fn,context){if(Array.isArray(arg)){each(arg,context[fn],context);return true}return false}function each(obj,iterator,context){var i;if(!obj){return}if(obj.forEach){obj.forEach(iterator,context)}else if(obj.length!==undefined){i=0;while(i<obj.length){iterator.call(context,obj[i],i,obj);i++}}else{for(i in obj){obj.hasOwnProperty(i)&&iterator.call(context,obj[i],i,obj)}}}function deprecate(method,name,message){var deprecationMessage=\"DEPRECATED METHOD: \"+name+\"\\n\"+message+\" AT \\n\";return function(){var e=new Error(\"get-stack-trace\");var stack=e&&e.stack?e.stack.replace(/^[^\\(]+?[\\n$]/gm,\"\").replace(/^\\s+at\\s+/gm,\"\").replace(/^Object.<anonymous>\\s*\\(/gm,\"{anonymous}()@\"):\"Unknown Stack Trace\";var log=window.console&&(window.console.warn||window.console.log);if(log){log.call(window.console,deprecationMessage,stack)}return method.apply(this,arguments)}}var assign;if(typeof Object.assign!==\"function\"){assign=function assign(target){if(target===undefined||target===null){throw new TypeError(\"Cannot convert undefined or null to object\")}var output=Object(target);for(var index=1;index<arguments.length;index++){var source=arguments[index];if(source!==undefined&&source!==null){for(var nextKey in source){if(source.hasOwnProperty(nextKey)){output[nextKey]=source[nextKey]}}}}return output}}else{assign=Object.assign}var extend=deprecate(function extend(dest,src,merge){var keys=Object.keys(src);var i=0;while(i<keys.length){if(!merge||merge&&dest[keys[i]]===undefined){dest[keys[i]]=src[keys[i]]}i++}return dest},\"extend\",\"Use `assign`.\");var merge=deprecate(function merge(dest,src){return extend(dest,src,true)},\"merge\",\"Use `assign`.\");function inherit(child,base,properties){var baseP=base.prototype,childP;childP=child.prototype=Object.create(baseP);childP.constructor=child;childP._super=baseP;if(properties){assign(childP,properties)}}function bindFn(fn,context){return function boundFn(){return fn.apply(context,arguments)}}function boolOrFn(val,args){if(typeof val==TYPE_FUNCTION){return val.apply(args?args[0]||undefined:undefined,args)}return val}function ifUndefined(val1,val2){return val1===undefined?val2:val1}function addEventListeners(target,types,handler){each(splitStr(types),function(type){target.addEventListener(type,handler,false)})}function removeEventListeners(target,types,handler){each(splitStr(types),function(type){target.removeEventListener(type,handler,false)})}function hasParent(node,parent){while(node){if(node==parent){return true}node=node.parentNode}return false}function inStr(str,find){return str.indexOf(find)>-1}function splitStr(str){return str.trim().split(/\\s+/g)}function inArray(src,find,findByKey){if(src.indexOf&&!findByKey){return src.indexOf(find)}else{var i=0;while(i<src.length){if(findByKey&&src[i][findByKey]==find||!findByKey&&src[i]===find){return i}i++}return-1}}function toArray(obj){return Array.prototype.slice.call(obj,0)}function uniqueArray(src,key,sort){var results=[];var values=[];var i=0;while(i<src.length){var val=key?src[i][key]:src[i];if(inArray(values,val)<0){results.push(src[i])}values[i]=val;i++}if(sort){if(!key){results=results.sort()}else{results=results.sort(function sortUniqueArray(a,b){return a[key]>b[key]})}}return results}function prefixed(obj,property){var prefix,prop;var camelProp=property[0].toUpperCase()+property.slice(1);var i=0;while(i<VENDOR_PREFIXES.length){prefix=VENDOR_PREFIXES[i];prop=prefix?prefix+camelProp:property;if(prop in obj){return prop}i++}return undefined}var _uniqueId=1;function uniqueId(){return _uniqueId++}function getWindowForElement(element){var doc=element.ownerDocument||element;return doc.defaultView||doc.parentWindow||window}var MOBILE_REGEX=/mobile|tablet|ip(ad|hone|od)|android/i;var SUPPORT_TOUCH=\"ontouchstart\"in window;var SUPPORT_POINTER_EVENTS=prefixed(window,\"PointerEvent\")!==undefined;var SUPPORT_ONLY_TOUCH=SUPPORT_TOUCH&&MOBILE_REGEX.test(navigator.userAgent);var INPUT_TYPE_TOUCH=\"touch\";var INPUT_TYPE_PEN=\"pen\";var INPUT_TYPE_MOUSE=\"mouse\";var INPUT_TYPE_KINECT=\"kinect\";var COMPUTE_INTERVAL=25;var INPUT_START=1;var INPUT_MOVE=2;var INPUT_END=4;var INPUT_CANCEL=8;var DIRECTION_NONE=1;var DIRECTION_LEFT=2;var DIRECTION_RIGHT=4;var DIRECTION_UP=8;var DIRECTION_DOWN=16;var DIRECTION_HORIZONTAL=DIRECTION_LEFT|DIRECTION_RIGHT;var DIRECTION_VERTICAL=DIRECTION_UP|DIRECTION_DOWN;var DIRECTION_ALL=DIRECTION_HORIZONTAL|DIRECTION_VERTICAL;var PROPS_XY=[\"x\",\"y\"];var PROPS_CLIENT_XY=[\"clientX\",\"clientY\"];function Input(manager,callback){var self=this;this.manager=manager;this.callback=callback;this.element=manager.element;this.target=manager.options.inputTarget;this.domHandler=function(ev){if(boolOrFn(manager.options.enable,[manager])){self.handler(ev)}};this.init()}Input.prototype={handler:function(){},init:function(){this.evEl&&addEventListeners(this.element,this.evEl,this.domHandler);this.evTarget&&addEventListeners(this.target,this.evTarget,this.domHandler);this.evWin&&addEventListeners(getWindowForElement(this.element),this.evWin,this.domHandler)},destroy:function(){this.evEl&&removeEventListeners(this.element,this.evEl,this.domHandler);this.evTarget&&removeEventListeners(this.target,this.evTarget,this.domHandler);this.evWin&&removeEventListeners(getWindowForElement(this.element),this.evWin,this.domHandler)}};function createInputInstance(manager){var Type;var inputClass=manager.options.inputClass;if(inputClass){Type=inputClass}else if(SUPPORT_POINTER_EVENTS){Type=PointerEventInput}else if(SUPPORT_ONLY_TOUCH){Type=TouchInput}else if(!SUPPORT_TOUCH){Type=MouseInput}else{Type=TouchMouseInput}return new Type(manager,inputHandler)}function inputHandler(manager,eventType,input){var pointersLen=input.pointers.length;var changedPointersLen=input.changedPointers.length;var isFirst=eventType&INPUT_START&&pointersLen-changedPointersLen===0;var isFinal=eventType&(INPUT_END|INPUT_CANCEL)&&pointersLen-changedPointersLen===0;input.isFirst=!!isFirst;input.isFinal=!!isFinal;if(isFirst){manager.session={}}input.eventType=eventType;computeInputData(manager,input);manager.emit(\"hammer.input\",input);manager.recognize(input);manager.session.prevInput=input}function computeInputData(manager,input){var session=manager.session;var pointers=input.pointers;var pointersLength=pointers.length;if(!session.firstInput){session.firstInput=simpleCloneInputData(input)}if(pointersLength>1&&!session.firstMultiple){session.firstMultiple=simpleCloneInputData(input)}else if(pointersLength===1){session.firstMultiple=false}var firstInput=session.firstInput;var firstMultiple=session.firstMultiple;var offsetCenter=firstMultiple?firstMultiple.center:firstInput.center;var center=input.center=getCenter(pointers);input.timeStamp=now();input.deltaTime=input.timeStamp-firstInput.timeStamp;input.angle=getAngle(offsetCenter,center);input.distance=getDistance(offsetCenter,center);computeDeltaXY(session,input);input.offsetDirection=getDirection(input.deltaX,input.deltaY);var overallVelocity=getVelocity(input.deltaTime,input.deltaX,input.deltaY);input.overallVelocityX=overallVelocity.x;input.overallVelocityY=overallVelocity.y;input.overallVelocity=abs(overallVelocity.x)>abs(overallVelocity.y)?overallVelocity.x:overallVelocity.y;input.scale=firstMultiple?getScale(firstMultiple.pointers,pointers):1;input.rotation=firstMultiple?getRotation(firstMultiple.pointers,pointers):0;input.maxPointers=!session.prevInput?input.pointers.length:input.pointers.length>session.prevInput.maxPointers?input.pointers.length:session.prevInput.maxPointers;computeIntervalInputData(session,input);var target=manager.element;if(hasParent(input.srcEvent.target,target)){target=input.srcEvent.target}input.target=target}function computeDeltaXY(session,input){var center=input.center;var offset=session.offsetDelta||{};var prevDelta=session.prevDelta||{};var prevInput=session.prevInput||{};if(input.eventType===INPUT_START||prevInput.eventType===INPUT_END){prevDelta=session.prevDelta={x:prevInput.deltaX||0,y:prevInput.deltaY||0};offset=session.offsetDelta={x:center.x,y:center.y}}input.deltaX=prevDelta.x+(center.x-offset.x);input.deltaY=prevDelta.y+(center.y-offset.y)}function computeIntervalInputData(session,input){var last=session.lastInterval||input,deltaTime=input.timeStamp-last.timeStamp,velocity,velocityX,velocityY,direction;if(input.eventType!=INPUT_CANCEL&&(deltaTime>COMPUTE_INTERVAL||last.velocity===undefined)){var deltaX=input.deltaX-last.deltaX;var deltaY=input.deltaY-last.deltaY;var v=getVelocity(deltaTime,deltaX,deltaY);velocityX=v.x;velocityY=v.y;velocity=abs(v.x)>abs(v.y)?v.x:v.y;direction=getDirection(deltaX,deltaY);session.lastInterval=input}else{velocity=last.velocity;velocityX=last.velocityX;velocityY=last.velocityY;direction=last.direction}input.velocity=velocity;input.velocityX=velocityX;input.velocityY=velocityY;input.direction=direction}function simpleCloneInputData(input){var pointers=[];var i=0;while(i<input.pointers.length){pointers[i]={clientX:round(input.pointers[i].clientX),clientY:round(input.pointers[i].clientY)};i++}return{timeStamp:now(),pointers:pointers,center:getCenter(pointers),deltaX:input.deltaX,deltaY:input.deltaY}}function getCenter(pointers){var pointersLength=pointers.length;if(pointersLength===1){return{x:round(pointers[0].clientX),y:round(pointers[0].clientY)}}var x=0,y=0,i=0;while(i<pointersLength){x+=pointers[i].clientX;y+=pointers[i].clientY;i++}return{x:round(x/pointersLength),y:round(y/pointersLength)}}function getVelocity(deltaTime,x,y){return{x:x/deltaTime||0,y:y/deltaTime||0}}function getDirection(x,y){if(x===y){return DIRECTION_NONE}if(abs(x)>=abs(y)){return x<0?DIRECTION_LEFT:DIRECTION_RIGHT}return y<0?DIRECTION_UP:DIRECTION_DOWN}function getDistance(p1,p2,props){if(!props){props=PROPS_XY}var x=p2[props[0]]-p1[props[0]],y=p2[props[1]]-p1[props[1]];return Math.sqrt(x*x+y*y)}function getAngle(p1,p2,props){if(!props){props=PROPS_XY}var x=p2[props[0]]-p1[props[0]],y=p2[props[1]]-p1[props[1]];return Math.atan2(y,x)*180/Math.PI}function getRotation(start,end){return getAngle(end[1],end[0],PROPS_CLIENT_XY)+getAngle(start[1],start[0],PROPS_CLIENT_XY)}function getScale(start,end){return getDistance(end[0],end[1],PROPS_CLIENT_XY)/getDistance(start[0],start[1],PROPS_CLIENT_XY)}var MOUSE_INPUT_MAP={mousedown:INPUT_START,mousemove:INPUT_MOVE,mouseup:INPUT_END};var MOUSE_ELEMENT_EVENTS=\"mousedown\";var MOUSE_WINDOW_EVENTS=\"mousemove mouseup\";function MouseInput(){this.evEl=MOUSE_ELEMENT_EVENTS;this.evWin=MOUSE_WINDOW_EVENTS;this.pressed=false;Input.apply(this,arguments)}inherit(MouseInput,Input,{handler:function MEhandler(ev){var eventType=MOUSE_INPUT_MAP[ev.type];if(eventType&INPUT_START&&ev.button===0){this.pressed=true}if(eventType&INPUT_MOVE&&ev.which!==1){eventType=INPUT_END}if(!this.pressed){return}if(eventType&INPUT_END){this.pressed=false}this.callback(this.manager,eventType,{pointers:[ev],changedPointers:[ev],pointerType:INPUT_TYPE_MOUSE,srcEvent:ev})}});var POINTER_INPUT_MAP={pointerdown:INPUT_START,pointermove:INPUT_MOVE,pointerup:INPUT_END,pointercancel:INPUT_CANCEL,pointerout:INPUT_CANCEL};var IE10_POINTER_TYPE_ENUM={2:INPUT_TYPE_TOUCH,3:INPUT_TYPE_PEN,4:INPUT_TYPE_MOUSE,5:INPUT_TYPE_KINECT};var POINTER_ELEMENT_EVENTS=\"pointerdown\";var POINTER_WINDOW_EVENTS=\"pointermove pointerup pointercancel\";if(window.MSPointerEvent&&!window.PointerEvent){POINTER_ELEMENT_EVENTS=\"MSPointerDown\";POINTER_WINDOW_EVENTS=\"MSPointerMove MSPointerUp MSPointerCancel\"}function PointerEventInput(){this.evEl=POINTER_ELEMENT_EVENTS;this.evWin=POINTER_WINDOW_EVENTS;Input.apply(this,arguments);this.store=this.manager.session.pointerEvents=[]}inherit(PointerEventInput,Input,{handler:function PEhandler(ev){var store=this.store;var removePointer=false;var eventTypeNormalized=ev.type.toLowerCase().replace(\"ms\",\"\");var eventType=POINTER_INPUT_MAP[eventTypeNormalized];var pointerType=IE10_POINTER_TYPE_ENUM[ev.pointerType]||ev.pointerType;var isTouch=pointerType==INPUT_TYPE_TOUCH;var storeIndex=inArray(store,ev.pointerId,\"pointerId\");if(eventType&INPUT_START&&(ev.button===0||isTouch)){if(storeIndex<0){store.push(ev);storeIndex=store.length-1}}else if(eventType&(INPUT_END|INPUT_CANCEL)){removePointer=true}if(storeIndex<0){return}store[storeIndex]=ev;this.callback(this.manager,eventType,{pointers:store,changedPointers:[ev],pointerType:pointerType,srcEvent:ev});if(removePointer){store.splice(storeIndex,1)}}});var SINGLE_TOUCH_INPUT_MAP={touchstart:INPUT_START,touchmove:INPUT_MOVE,touchend:INPUT_END,touchcancel:INPUT_CANCEL};var SINGLE_TOUCH_TARGET_EVENTS=\"touchstart\";var SINGLE_TOUCH_WINDOW_EVENTS=\"touchstart touchmove touchend touchcancel\";function SingleTouchInput(){this.evTarget=SINGLE_TOUCH_TARGET_EVENTS;this.evWin=SINGLE_TOUCH_WINDOW_EVENTS;this.started=false;Input.apply(this,arguments)}inherit(SingleTouchInput,Input,{handler:function TEhandler(ev){var type=SINGLE_TOUCH_INPUT_MAP[ev.type];if(type===INPUT_START){this.started=true}if(!this.started){return}var touches=normalizeSingleTouches.call(this,ev,type);if(type&(INPUT_END|INPUT_CANCEL)&&touches[0].length-touches[1].length===0){this.started=false}this.callback(this.manager,type,{pointers:touches[0],changedPointers:touches[1],pointerType:INPUT_TYPE_TOUCH,srcEvent:ev})}});function normalizeSingleTouches(ev,type){var all=toArray(ev.touches);var changed=toArray(ev.changedTouches);if(type&(INPUT_END|INPUT_CANCEL)){all=uniqueArray(all.concat(changed),\"identifier\",true)}return[all,changed]}var TOUCH_INPUT_MAP={touchstart:INPUT_START,touchmove:INPUT_MOVE,touchend:INPUT_END,touchcancel:INPUT_CANCEL};var TOUCH_TARGET_EVENTS=\"touchstart touchmove touchend touchcancel\";function TouchInput(){this.evTarget=TOUCH_TARGET_EVENTS;this.targetIds={};Input.apply(this,arguments)}inherit(TouchInput,Input,{handler:function MTEhandler(ev){var type=TOUCH_INPUT_MAP[ev.type];var touches=getTouches.call(this,ev,type);if(!touches){return}this.callback(this.manager,type,{pointers:touches[0],changedPointers:touches[1],pointerType:INPUT_TYPE_TOUCH,srcEvent:ev})}});function getTouches(ev,type){var allTouches=toArray(ev.touches);var targetIds=this.targetIds;if(type&(INPUT_START|INPUT_MOVE)&&allTouches.length===1){targetIds[allTouches[0].identifier]=true;return[allTouches,allTouches]}var i,targetTouches,changedTouches=toArray(ev.changedTouches),changedTargetTouches=[],target=this.target;targetTouches=allTouches.filter(function(touch){return hasParent(touch.target,target)});if(type===INPUT_START){i=0;while(i<targetTouches.length){targetIds[targetTouches[i].identifier]=true;i++}}i=0;while(i<changedTouches.length){if(targetIds[changedTouches[i].identifier]){changedTargetTouches.push(changedTouches[i])}if(type&(INPUT_END|INPUT_CANCEL)){delete targetIds[changedTouches[i].identifier]}i++}if(!changedTargetTouches.length){return}return[uniqueArray(targetTouches.concat(changedTargetTouches),\"identifier\",true),changedTargetTouches]}var DEDUP_TIMEOUT=2500;var DEDUP_DISTANCE=25;function TouchMouseInput(){Input.apply(this,arguments);var handler=bindFn(this.handler,this);this.touch=new TouchInput(this.manager,handler);this.mouse=new MouseInput(this.manager,handler);this.primaryTouch=null;this.lastTouches=[]}inherit(TouchMouseInput,Input,{handler:function TMEhandler(manager,inputEvent,inputData){var isTouch=inputData.pointerType==INPUT_TYPE_TOUCH,isMouse=inputData.pointerType==INPUT_TYPE_MOUSE;if(isMouse&&inputData.sourceCapabilities&&inputData.sourceCapabilities.firesTouchEvents){return}if(isTouch){recordTouches.call(this,inputEvent,inputData)}else if(isMouse&&isSyntheticEvent.call(this,inputData)){return}this.callback(manager,inputEvent,inputData)},destroy:function destroy(){this.touch.destroy();this.mouse.destroy()}});function recordTouches(eventType,eventData){if(eventType&INPUT_START){this.primaryTouch=eventData.changedPointers[0].identifier;setLastTouch.call(this,eventData)}else if(eventType&(INPUT_END|INPUT_CANCEL)){setLastTouch.call(this,eventData)}}function setLastTouch(eventData){var touch=eventData.changedPointers[0];if(touch.identifier===this.primaryTouch){var lastTouch={x:touch.clientX,y:touch.clientY};this.lastTouches.push(lastTouch);var lts=this.lastTouches;var removeLastTouch=function(){var i=lts.indexOf(lastTouch);if(i>-1){lts.splice(i,1)}};setTimeout(removeLastTouch,DEDUP_TIMEOUT)}}function isSyntheticEvent(eventData){var x=eventData.srcEvent.clientX,y=eventData.srcEvent.clientY;for(var i=0;i<this.lastTouches.length;i++){var t=this.lastTouches[i];var dx=Math.abs(x-t.x),dy=Math.abs(y-t.y);if(dx<=DEDUP_DISTANCE&&dy<=DEDUP_DISTANCE){return true}}return false}var PREFIXED_TOUCH_ACTION=prefixed(TEST_ELEMENT.style,\"touchAction\");var NATIVE_TOUCH_ACTION=PREFIXED_TOUCH_ACTION!==undefined;var TOUCH_ACTION_COMPUTE=\"compute\";var TOUCH_ACTION_AUTO=\"auto\";var TOUCH_ACTION_MANIPULATION=\"manipulation\";var TOUCH_ACTION_NONE=\"none\";var TOUCH_ACTION_PAN_X=\"pan-x\";var TOUCH_ACTION_PAN_Y=\"pan-y\";var TOUCH_ACTION_MAP=getTouchActionProps();function TouchAction(manager,value){this.manager=manager;this.set(value)}TouchAction.prototype={set:function(value){if(value==TOUCH_ACTION_COMPUTE){value=this.compute()}if(NATIVE_TOUCH_ACTION&&this.manager.element.style&&TOUCH_ACTION_MAP[value]){this.manager.element.style[PREFIXED_TOUCH_ACTION]=value}this.actions=value.toLowerCase().trim()},update:function(){this.set(this.manager.options.touchAction)},compute:function(){var actions=[];each(this.manager.recognizers,function(recognizer){if(boolOrFn(recognizer.options.enable,[recognizer])){actions=actions.concat(recognizer.getTouchAction())}});return cleanTouchActions(actions.join(\" \"))},preventDefaults:function(input){var srcEvent=input.srcEvent;var direction=input.offsetDirection;if(this.manager.session.prevented){srcEvent.preventDefault();return}var actions=this.actions;var hasNone=inStr(actions,TOUCH_ACTION_NONE)&&!TOUCH_ACTION_MAP[TOUCH_ACTION_NONE];var hasPanY=inStr(actions,TOUCH_ACTION_PAN_Y)&&!TOUCH_ACTION_MAP[TOUCH_ACTION_PAN_Y];var hasPanX=inStr(actions,TOUCH_ACTION_PAN_X)&&!TOUCH_ACTION_MAP[TOUCH_ACTION_PAN_X];if(hasNone){var isTapPointer=input.pointers.length===1;var isTapMovement=input.distance<2;var isTapTouchTime=input.deltaTime<250;if(isTapPointer&&isTapMovement&&isTapTouchTime){return}}if(hasPanX&&hasPanY){return}if(hasNone||hasPanY&&direction&DIRECTION_HORIZONTAL||hasPanX&&direction&DIRECTION_VERTICAL){return this.preventSrc(srcEvent)}},preventSrc:function(srcEvent){this.manager.session.prevented=true;srcEvent.preventDefault()}};function cleanTouchActions(actions){if(inStr(actions,TOUCH_ACTION_NONE)){return TOUCH_ACTION_NONE}var hasPanX=inStr(actions,TOUCH_ACTION_PAN_X);var hasPanY=inStr(actions,TOUCH_ACTION_PAN_Y);if(hasPanX&&hasPanY){return TOUCH_ACTION_NONE}if(hasPanX||hasPanY){return hasPanX?TOUCH_ACTION_PAN_X:TOUCH_ACTION_PAN_Y}if(inStr(actions,TOUCH_ACTION_MANIPULATION)){return TOUCH_ACTION_MANIPULATION}return TOUCH_ACTION_AUTO}function getTouchActionProps(){if(!NATIVE_TOUCH_ACTION){return false}var touchMap={};var cssSupports=window.CSS&&window.CSS.supports;[\"auto\",\"manipulation\",\"pan-y\",\"pan-x\",\"pan-x pan-y\",\"none\"].forEach(function(val){touchMap[val]=cssSupports?window.CSS.supports(\"touch-action\",val):true});return touchMap}var STATE_POSSIBLE=1;var STATE_BEGAN=2;var STATE_CHANGED=4;var STATE_ENDED=8;var STATE_RECOGNIZED=STATE_ENDED;var STATE_CANCELLED=16;var STATE_FAILED=32;function Recognizer(options){this.options=assign({},this.defaults,options||{});this.id=uniqueId();this.manager=null;this.options.enable=ifUndefined(this.options.enable,true);this.state=STATE_POSSIBLE;this.simultaneous={};this.requireFail=[]}Recognizer.prototype={defaults:{},set:function(options){assign(this.options,options);this.manager&&this.manager.touchAction.update();return this},recognizeWith:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"recognizeWith\",this)){return this}var simultaneous=this.simultaneous;otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);if(!simultaneous[otherRecognizer.id]){simultaneous[otherRecognizer.id]=otherRecognizer;otherRecognizer.recognizeWith(this)}return this},dropRecognizeWith:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"dropRecognizeWith\",this)){return this}otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);delete this.simultaneous[otherRecognizer.id];return this},requireFailure:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"requireFailure\",this)){return this}var requireFail=this.requireFail;otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);if(inArray(requireFail,otherRecognizer)===-1){requireFail.push(otherRecognizer);otherRecognizer.requireFailure(this)}return this},dropRequireFailure:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"dropRequireFailure\",this)){return this}otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);var index=inArray(this.requireFail,otherRecognizer);if(index>-1){this.requireFail.splice(index,1)}return this},hasRequireFailures:function(){return this.requireFail.length>0},canRecognizeWith:function(otherRecognizer){return!!this.simultaneous[otherRecognizer.id]},emit:function(input){var self=this;var state=this.state;function emit(event){self.manager.emit(event,input)}if(state<STATE_ENDED){emit(self.options.event+stateStr(state))}emit(self.options.event);if(input.additionalEvent){emit(input.additionalEvent)}if(state>=STATE_ENDED){emit(self.options.event+stateStr(state))}},tryEmit:function(input){if(this.canEmit()){return this.emit(input)}this.state=STATE_FAILED},canEmit:function(){var i=0;while(i<this.requireFail.length){if(!(this.requireFail[i].state&(STATE_FAILED|STATE_POSSIBLE))){return false}i++}return true},recognize:function(inputData){var inputDataClone=assign({},inputData);if(!boolOrFn(this.options.enable,[this,inputDataClone])){this.reset();this.state=STATE_FAILED;return}if(this.state&(STATE_RECOGNIZED|STATE_CANCELLED|STATE_FAILED)){this.state=STATE_POSSIBLE}this.state=this.process(inputDataClone);if(this.state&(STATE_BEGAN|STATE_CHANGED|STATE_ENDED|STATE_CANCELLED)){this.tryEmit(inputDataClone)}},process:function(inputData){},getTouchAction:function(){},reset:function(){}};function stateStr(state){if(state&STATE_CANCELLED){return\"cancel\"}else if(state&STATE_ENDED){return\"end\"}else if(state&STATE_CHANGED){return\"move\"}else if(state&STATE_BEGAN){return\"start\"}return\"\"}function directionStr(direction){if(direction==DIRECTION_DOWN){return\"down\"}else if(direction==DIRECTION_UP){return\"up\"}else if(direction==DIRECTION_LEFT){return\"left\"}else if(direction==DIRECTION_RIGHT){return\"right\"}return\"\"}function getRecognizerByNameIfManager(otherRecognizer,recognizer){var manager=recognizer.manager;if(manager){return manager.get(otherRecognizer)}return otherRecognizer}function AttrRecognizer(){Recognizer.apply(this,arguments)}inherit(AttrRecognizer,Recognizer,{defaults:{pointers:1},attrTest:function(input){var optionPointers=this.options.pointers;return optionPointers===0||input.pointers.length===optionPointers},process:function(input){var state=this.state;var eventType=input.eventType;var isRecognized=state&(STATE_BEGAN|STATE_CHANGED);var isValid=this.attrTest(input);if(isRecognized&&(eventType&INPUT_CANCEL||!isValid)){return state|STATE_CANCELLED}else if(isRecognized||isValid){if(eventType&INPUT_END){return state|STATE_ENDED}else if(!(state&STATE_BEGAN)){return STATE_BEGAN}return state|STATE_CHANGED}return STATE_FAILED}});function PanRecognizer(){AttrRecognizer.apply(this,arguments);this.pX=null;this.pY=null}inherit(PanRecognizer,AttrRecognizer,{defaults:{event:\"pan\",threshold:10,pointers:1,direction:DIRECTION_ALL},getTouchAction:function(){var direction=this.options.direction;var actions=[];if(direction&DIRECTION_HORIZONTAL){actions.push(TOUCH_ACTION_PAN_Y)}if(direction&DIRECTION_VERTICAL){actions.push(TOUCH_ACTION_PAN_X)}return actions},directionTest:function(input){var options=this.options;var hasMoved=true;var distance=input.distance;var direction=input.direction;var x=input.deltaX;var y=input.deltaY;if(!(direction&options.direction)){if(options.direction&DIRECTION_HORIZONTAL){direction=x===0?DIRECTION_NONE:x<0?DIRECTION_LEFT:DIRECTION_RIGHT;hasMoved=x!=this.pX;distance=Math.abs(input.deltaX)}else{direction=y===0?DIRECTION_NONE:y<0?DIRECTION_UP:DIRECTION_DOWN;hasMoved=y!=this.pY;distance=Math.abs(input.deltaY)}}input.direction=direction;return hasMoved&&distance>options.threshold&&direction&options.direction},attrTest:function(input){return AttrRecognizer.prototype.attrTest.call(this,input)&&(this.state&STATE_BEGAN||!(this.state&STATE_BEGAN)&&this.directionTest(input))},emit:function(input){this.pX=input.deltaX;this.pY=input.deltaY;var direction=directionStr(input.direction);if(direction){input.additionalEvent=this.options.event+direction}this._super.emit.call(this,input)}});function PinchRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(PinchRecognizer,AttrRecognizer,{defaults:{event:\"pinch\",threshold:0,pointers:2},getTouchAction:function(){return[TOUCH_ACTION_NONE]},attrTest:function(input){return this._super.attrTest.call(this,input)&&(Math.abs(input.scale-1)>this.options.threshold||this.state&STATE_BEGAN)},emit:function(input){if(input.scale!==1){var inOut=input.scale<1?\"in\":\"out\";input.additionalEvent=this.options.event+inOut}this._super.emit.call(this,input)}});function PressRecognizer(){Recognizer.apply(this,arguments);this._timer=null;this._input=null}inherit(PressRecognizer,Recognizer,{defaults:{event:\"press\",pointers:1,time:251,threshold:9},getTouchAction:function(){return[TOUCH_ACTION_AUTO]},process:function(input){var options=this.options;var validPointers=input.pointers.length===options.pointers;var validMovement=input.distance<options.threshold;var validTime=input.deltaTime>options.time;this._input=input;if(!validMovement||!validPointers||input.eventType&(INPUT_END|INPUT_CANCEL)&&!validTime){this.reset()}else if(input.eventType&INPUT_START){this.reset();this._timer=setTimeoutContext(function(){this.state=STATE_RECOGNIZED;this.tryEmit()},options.time,this)}else if(input.eventType&INPUT_END){return STATE_RECOGNIZED}return STATE_FAILED},reset:function(){clearTimeout(this._timer)},emit:function(input){if(this.state!==STATE_RECOGNIZED){return}if(input&&input.eventType&INPUT_END){this.manager.emit(this.options.event+\"up\",input)}else{this._input.timeStamp=now();this.manager.emit(this.options.event,this._input)}}});function RotateRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(RotateRecognizer,AttrRecognizer,{defaults:{event:\"rotate\",threshold:0,pointers:2},getTouchAction:function(){return[TOUCH_ACTION_NONE]},attrTest:function(input){return this._super.attrTest.call(this,input)&&(Math.abs(input.rotation)>this.options.threshold||this.state&STATE_BEGAN)}});function SwipeRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(SwipeRecognizer,AttrRecognizer,{defaults:{event:\"swipe\",threshold:10,velocity:.3,direction:DIRECTION_HORIZONTAL|DIRECTION_VERTICAL,pointers:1},getTouchAction:function(){return PanRecognizer.prototype.getTouchAction.call(this)},attrTest:function(input){var direction=this.options.direction;var velocity;if(direction&(DIRECTION_HORIZONTAL|DIRECTION_VERTICAL)){velocity=input.overallVelocity}else if(direction&DIRECTION_HORIZONTAL){velocity=input.overallVelocityX}else if(direction&DIRECTION_VERTICAL){velocity=input.overallVelocityY}return this._super.attrTest.call(this,input)&&direction&input.offsetDirection&&input.distance>this.options.threshold&&input.maxPointers==this.options.pointers&&abs(velocity)>this.options.velocity&&input.eventType&INPUT_END},emit:function(input){var direction=directionStr(input.offsetDirection);if(direction){this.manager.emit(this.options.event+direction,input)}this.manager.emit(this.options.event,input)}});function TapRecognizer(){Recognizer.apply(this,arguments);this.pTime=false;this.pCenter=false;this._timer=null;this._input=null;this.count=0}inherit(TapRecognizer,Recognizer,{defaults:{event:\"tap\",pointers:1,taps:1,interval:300,time:250,threshold:9,posThreshold:10},getTouchAction:function(){return[TOUCH_ACTION_MANIPULATION]},process:function(input){var options=this.options;var validPointers=input.pointers.length===options.pointers;var validMovement=input.distance<options.threshold;var validTouchTime=input.deltaTime<options.time;this.reset();if(input.eventType&INPUT_START&&this.count===0){return this.failTimeout()}if(validMovement&&validTouchTime&&validPointers){if(input.eventType!=INPUT_END){return this.failTimeout()}var validInterval=this.pTime?input.timeStamp-this.pTime<options.interval:true;var validMultiTap=!this.pCenter||getDistance(this.pCenter,input.center)<options.posThreshold;this.pTime=input.timeStamp;this.pCenter=input.center;if(!validMultiTap||!validInterval){this.count=1}else{this.count+=1}this._input=input;var tapCount=this.count%options.taps;if(tapCount===0){if(!this.hasRequireFailures()){return STATE_RECOGNIZED}else{this._timer=setTimeoutContext(function(){this.state=STATE_RECOGNIZED;this.tryEmit()},options.interval,this);return STATE_BEGAN}}}return STATE_FAILED},failTimeout:function(){this._timer=setTimeoutContext(function(){this.state=STATE_FAILED},this.options.interval,this);return STATE_FAILED},reset:function(){clearTimeout(this._timer)},emit:function(){if(this.state==STATE_RECOGNIZED){this._input.tapCount=this.count;this.manager.emit(this.options.event,this._input)}}});function Hammer(element,options){options=options||{};options.recognizers=ifUndefined(options.recognizers,Hammer.defaults.preset);return new Manager(element,options)}Hammer.VERSION=\"2.0.7\";Hammer.defaults={domEvents:false,touchAction:TOUCH_ACTION_COMPUTE,enable:true,inputTarget:null,inputClass:null,preset:[[RotateRecognizer,{enable:false}],[PinchRecognizer,{enable:false},[\"rotate\"]],[SwipeRecognizer,{direction:DIRECTION_HORIZONTAL}],[PanRecognizer,{direction:DIRECTION_HORIZONTAL},[\"swipe\"]],[TapRecognizer],[TapRecognizer,{event:\"doubletap\",taps:2},[\"tap\"]],[PressRecognizer]],cssProps:{userSelect:\"none\",touchSelect:\"none\",\ntouchCallout:\"none\",contentZooming:\"none\",userDrag:\"none\",tapHighlightColor:\"rgba(0,0,0,0)\"}};var STOP=1;var FORCED_STOP=2;function Manager(element,options){this.options=assign({},Hammer.defaults,options||{});this.options.inputTarget=this.options.inputTarget||element;this.handlers={};this.session={};this.recognizers=[];this.oldCssProps={};this.element=element;this.input=createInputInstance(this);this.touchAction=new TouchAction(this,this.options.touchAction);toggleCssProps(this,true);each(this.options.recognizers,function(item){var recognizer=this.add(new item[0](item[1]));item[2]&&recognizer.recognizeWith(item[2]);item[3]&&recognizer.requireFailure(item[3])},this)}Manager.prototype={set:function(options){assign(this.options,options);if(options.touchAction){this.touchAction.update()}if(options.inputTarget){this.input.destroy();this.input.target=options.inputTarget;this.input.init()}return this},stop:function(force){this.session.stopped=force?FORCED_STOP:STOP},recognize:function(inputData){var session=this.session;if(session.stopped){return}this.touchAction.preventDefaults(inputData);var recognizer;var recognizers=this.recognizers;var curRecognizer=session.curRecognizer;if(!curRecognizer||curRecognizer&&curRecognizer.state&STATE_RECOGNIZED){curRecognizer=session.curRecognizer=null}var i=0;while(i<recognizers.length){recognizer=recognizers[i];if(session.stopped!==FORCED_STOP&&(!curRecognizer||recognizer==curRecognizer||recognizer.canRecognizeWith(curRecognizer))){recognizer.recognize(inputData)}else{recognizer.reset()}if(!curRecognizer&&recognizer.state&(STATE_BEGAN|STATE_CHANGED|STATE_ENDED)){curRecognizer=session.curRecognizer=recognizer}i++}},get:function(recognizer){if(recognizer instanceof Recognizer){return recognizer}var recognizers=this.recognizers;for(var i=0;i<recognizers.length;i++){if(recognizers[i].options.event==recognizer){return recognizers[i]}}return null},add:function(recognizer){if(invokeArrayArg(recognizer,\"add\",this)){return this}var existing=this.get(recognizer.options.event);if(existing){this.remove(existing)}this.recognizers.push(recognizer);recognizer.manager=this;this.touchAction.update();return recognizer},remove:function(recognizer){if(invokeArrayArg(recognizer,\"remove\",this)){return this}recognizer=this.get(recognizer);if(recognizer){var recognizers=this.recognizers;var index=inArray(recognizers,recognizer);if(index!==-1){recognizers.splice(index,1);this.touchAction.update()}}return this},on:function(events,handler){if(events===undefined){return}if(handler===undefined){return}var handlers=this.handlers;each(splitStr(events),function(event){handlers[event]=handlers[event]||[];handlers[event].push(handler)});return this},off:function(events,handler){if(events===undefined){return}var handlers=this.handlers;each(splitStr(events),function(event){if(!handler){delete handlers[event]}else{handlers[event]&&handlers[event].splice(inArray(handlers[event],handler),1)}});return this},emit:function(event,data){if(this.options.domEvents){triggerDomEvent(event,data)}var handlers=this.handlers[event]&&this.handlers[event].slice();if(!handlers||!handlers.length){return}data.type=event;data.preventDefault=function(){data.srcEvent.preventDefault()};var i=0;while(i<handlers.length){handlers[i](data);i++}},destroy:function(){this.element&&toggleCssProps(this,false);this.handlers={};this.session={};this.input.destroy();this.element=null}};function toggleCssProps(manager,add){var element=manager.element;if(!element.style){return}var prop;each(manager.options.cssProps,function(value,name){prop=prefixed(element.style,name);if(add){manager.oldCssProps[prop]=element.style[prop];element.style[prop]=value}else{element.style[prop]=manager.oldCssProps[prop]||\"\"}});if(!add){manager.oldCssProps={}}}function triggerDomEvent(event,data){var gestureEvent=document.createEvent(\"Event\");gestureEvent.initEvent(event,true,true);gestureEvent.gesture=data;data.target.dispatchEvent(gestureEvent)}assign(Hammer,{INPUT_START:INPUT_START,INPUT_MOVE:INPUT_MOVE,INPUT_END:INPUT_END,INPUT_CANCEL:INPUT_CANCEL,STATE_POSSIBLE:STATE_POSSIBLE,STATE_BEGAN:STATE_BEGAN,STATE_CHANGED:STATE_CHANGED,STATE_ENDED:STATE_ENDED,STATE_RECOGNIZED:STATE_RECOGNIZED,STATE_CANCELLED:STATE_CANCELLED,STATE_FAILED:STATE_FAILED,DIRECTION_NONE:DIRECTION_NONE,DIRECTION_LEFT:DIRECTION_LEFT,DIRECTION_RIGHT:DIRECTION_RIGHT,DIRECTION_UP:DIRECTION_UP,DIRECTION_DOWN:DIRECTION_DOWN,DIRECTION_HORIZONTAL:DIRECTION_HORIZONTAL,DIRECTION_VERTICAL:DIRECTION_VERTICAL,DIRECTION_ALL:DIRECTION_ALL,Manager:Manager,Input:Input,TouchAction:TouchAction,TouchInput:TouchInput,MouseInput:MouseInput,PointerEventInput:PointerEventInput,TouchMouseInput:TouchMouseInput,SingleTouchInput:SingleTouchInput,Recognizer:Recognizer,AttrRecognizer:AttrRecognizer,Tap:TapRecognizer,Pan:PanRecognizer,Swipe:SwipeRecognizer,Pinch:PinchRecognizer,Rotate:RotateRecognizer,Press:PressRecognizer,on:addEventListeners,off:removeEventListeners,each:each,merge:merge,extend:extend,assign:assign,inherit:inherit,bindFn:bindFn,prefixed:prefixed});var freeGlobal=typeof window!==\"undefined\"?window:typeof self!==\"undefined\"?self:{};freeGlobal.Hammer=Hammer;if(true){!(__WEBPACK_AMD_DEFINE_RESULT__=function(){return Hammer}.call(exports,__webpack_require__,exports,module),__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof module!=\"undefined\"&&module.exports){module.exports=Hammer}else{window[exportName]=Hammer}})(window,document,\"Hammer\")},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_ARRAY__,__WEBPACK_AMD_DEFINE_RESULT__;\"use strict\";(function(root,factory){if(true){!(__WEBPACK_AMD_DEFINE_ARRAY__=[],__WEBPACK_AMD_DEFINE_FACTORY__=factory,__WEBPACK_AMD_DEFINE_RESULT__=typeof __WEBPACK_AMD_DEFINE_FACTORY__===\"function\"?__WEBPACK_AMD_DEFINE_FACTORY__.apply(exports,__WEBPACK_AMD_DEFINE_ARRAY__):__WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof exports===\"object\"){module.exports=factory()}else{root.keycharm=factory()}})(this,function(){function keycharm(options){var preventDefault=options&&options.preventDefault||false;var container=options&&options.container||window;var _exportFunctions={};var _bound={keydown:{},keyup:{}};var _keys={};var i;for(i=97;i<=122;i++){_keys[String.fromCharCode(i)]={code:65+(i-97),shift:false}}for(i=65;i<=90;i++){_keys[String.fromCharCode(i)]={code:i,shift:true}}for(i=0;i<=9;i++){_keys[\"\"+i]={code:48+i,shift:false}}for(i=1;i<=12;i++){_keys[\"F\"+i]={code:111+i,shift:false}}for(i=0;i<=9;i++){_keys[\"num\"+i]={code:96+i,shift:false}}_keys[\"num*\"]={code:106,shift:false};_keys[\"num+\"]={code:107,shift:false};_keys[\"num-\"]={code:109,shift:false};_keys[\"num/\"]={code:111,shift:false};_keys[\"num.\"]={code:110,shift:false};_keys[\"left\"]={code:37,shift:false};_keys[\"up\"]={code:38,shift:false};_keys[\"right\"]={code:39,shift:false};_keys[\"down\"]={code:40,shift:false};_keys[\"space\"]={code:32,shift:false};_keys[\"enter\"]={code:13,shift:false};_keys[\"shift\"]={code:16,shift:undefined};_keys[\"esc\"]={code:27,shift:false};_keys[\"backspace\"]={code:8,shift:false};_keys[\"tab\"]={code:9,shift:false};_keys[\"ctrl\"]={code:17,shift:false};_keys[\"alt\"]={code:18,shift:false};_keys[\"delete\"]={code:46,shift:false};_keys[\"pageup\"]={code:33,shift:false};_keys[\"pagedown\"]={code:34,shift:false};_keys[\"=\"]={code:187,shift:false};_keys[\"-\"]={code:189,shift:false};_keys[\"]\"]={code:221,shift:false};_keys[\"[\"]={code:219,shift:false};var down=function(event){handleEvent(event,\"keydown\")};var up=function(event){handleEvent(event,\"keyup\")};var handleEvent=function(event,type){if(_bound[type][event.keyCode]!==undefined){var bound=_bound[type][event.keyCode];for(var i=0;i<bound.length;i++){if(bound[i].shift===undefined){bound[i].fn(event)}else if(bound[i].shift==true&&event.shiftKey==true){bound[i].fn(event)}else if(bound[i].shift==false&&event.shiftKey==false){bound[i].fn(event)}}if(preventDefault==true){event.preventDefault()}}};_exportFunctions.bind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(_bound[type][_keys[key].code]===undefined){_bound[type][_keys[key].code]=[]}_bound[type][_keys[key].code].push({fn:callback,shift:_keys[key].shift})};_exportFunctions.bindAll=function(callback,type){if(type===undefined){type=\"keydown\"}for(var key in _keys){if(_keys.hasOwnProperty(key)){_exportFunctions.bind(key,callback,type)}}};_exportFunctions.getKey=function(event){for(var key in _keys){if(_keys.hasOwnProperty(key)){if(event.shiftKey==true&&_keys[key].shift==true&&event.keyCode==_keys[key].code){return key}else if(event.shiftKey==false&&_keys[key].shift==false&&event.keyCode==_keys[key].code){return key}else if(event.keyCode==_keys[key].code&&key==\"shift\"){return key}}}return\"unknown key, currently not supported\"};_exportFunctions.unbind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(callback!==undefined){var newBindings=[];var bound=_bound[type][_keys[key].code];if(bound!==undefined){for(var i=0;i<bound.length;i++){if(!(bound[i].fn==callback&&bound[i].shift==_keys[key].shift)){newBindings.push(_bound[type][_keys[key].code][i])}}}_bound[type][_keys[key].code]=newBindings}else{_bound[type][_keys[key].code]=[]}};_exportFunctions.reset=function(){_bound={keydown:{},keyup:{}}};_exportFunctions.destroy=function(){_bound={keydown:{},keyup:{}};container.removeEventListener(\"keydown\",down,true);container.removeEventListener(\"keyup\",up,true)};container.addEventListener(\"keydown\",down,true);container.addEventListener(\"keyup\",up,true);return _exportFunctions}return keycharm})},function(module,exports,__webpack_require__){\"use strict\";exports.util=__webpack_require__(1);exports.DOMutil=__webpack_require__(8);exports.DataSet=__webpack_require__(9);exports.DataView=__webpack_require__(11);exports.Queue=__webpack_require__(10);exports.Timeline=__webpack_require__(27);exports.Graph2d=__webpack_require__(52);exports.timeline={Core:__webpack_require__(35),DateUtil:__webpack_require__(34),Range:__webpack_require__(32),stack:__webpack_require__(39),TimeStep:__webpack_require__(37),components:{items:{Item:__webpack_require__(41),BackgroundItem:__webpack_require__(45),BoxItem:__webpack_require__(43),PointItem:__webpack_require__(44),RangeItem:__webpack_require__(40)},BackgroundGroup:__webpack_require__(42),Component:__webpack_require__(33),CurrentTime:__webpack_require__(50),CustomTime:__webpack_require__(48),DataAxis:__webpack_require__(54),DataScale:__webpack_require__(55),GraphGroup:__webpack_require__(56),Group:__webpack_require__(38),ItemSet:__webpack_require__(36),Legend:__webpack_require__(60),LineGraph:__webpack_require__(53),TimeAxis:__webpack_require__(46)}};exports.moment=__webpack_require__(2);exports.Hammer=__webpack_require__(22);exports.keycharm=__webpack_require__(25)},function(module,exports,__webpack_require__){\"use strict\";var _Configurator=__webpack_require__(28);var _Configurator2=_interopRequireDefault(_Configurator);var _Validator=__webpack_require__(31);var _Validator2=_interopRequireDefault(_Validator);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Emitter=__webpack_require__(13);var Hammer=__webpack_require__(22);var moment=__webpack_require__(2);var util=__webpack_require__(1);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var Range=__webpack_require__(32);var Core=__webpack_require__(35);var TimeAxis=__webpack_require__(46);var CurrentTime=__webpack_require__(50);var CustomTime=__webpack_require__(48);var ItemSet=__webpack_require__(36);var printStyle=__webpack_require__(31).printStyle;var allOptions=__webpack_require__(51).allOptions;var configureOptions=__webpack_require__(51).configureOptions;function Timeline(container,items,groups,options){if(!(this instanceof Timeline)){throw new SyntaxError(\"Constructor must be called with the new operator\")}if(!(Array.isArray(groups)||groups instanceof DataSet||groups instanceof DataView)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:{axis:\"bottom\",item:\"bottom\"},moment:moment,width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);if(!options||options&&typeof options.rtl==\"undefined\"){var directionFromDom,domNode=this.dom.root;while(!directionFromDom&&domNode){directionFromDom=window.getComputedStyle(domNode,null).direction;domNode=domNode.parentElement}this.options.rtl=directionFromDom&&directionFromDom.toLowerCase()==\"rtl\"}else{this.options.rtl=options.rtl}this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{getScale:function getScale(){return me.timeAxis.step.scale},getStep:function getStep(){return me.timeAxis.step.step},toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body,this.options);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body,this.options);this.timeAxis2=null;this.components.push(this.timeAxis);this.currentTime=new CurrentTime(this.body,this.options);this.components.push(this.currentTime);this.itemSet=new ItemSet(this.body,this.options);this.components.push(this.itemSet);this.itemsData=null;this.groupsData=null;this.on(\"tap\",function(event){me.emit(\"click\",me.getEventProperties(event))});this.on(\"doubletap\",function(event){me.emit(\"doubleClick\",me.getEventProperties(event))});this.dom.root.oncontextmenu=function(event){me.emit(\"contextmenu\",me.getEventProperties(event))};this.fitDone=false;this.on(\"changed\",function(){if(this.itemsData==null)return;if(!me.fitDone){me.fitDone=true;if(me.options.start!=undefined||me.options.end!=undefined){if(me.options.start==undefined||me.options.end==undefined){var range=me.getItemRange()}var start=me.options.start!=undefined?me.options.start:range.min;var end=me.options.end!=undefined?me.options.end:range.max;me.setWindow(start,end,{animation:false})}else{me.fit({animation:false})}}});if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}this._redraw()}Timeline.prototype=new Core;Timeline.prototype._createConfigurator=function(){return new _Configurator2.default(this,this.dom.container,configureOptions)};Timeline.prototype.redraw=function(){this.itemSet&&this.itemSet.markDirty({refreshItems:true});this._redraw()};Timeline.prototype.setOptions=function(options){var errorFound=_Validator2.default.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}Core.prototype.setOptions.call(this,options);if(\"type\"in options){if(options.type!==this.options.type){this.options.type=options.type;var itemsData=this.itemsData;if(itemsData){var selection=this.getSelection();this.setItems(null);this.setItems(itemsData);this.setSelection(selection)}}}};Timeline.prototype.setItems=function(items){var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.itemSet&&this.itemSet.setItems(newDataSet)};Timeline.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.itemSet.setGroups(newDataSet)};Timeline.prototype.setData=function(data){if(data&&data.groups){this.setGroups(data.groups)}if(data&&data.items){this.setItems(data.items)}};Timeline.prototype.setSelection=function(ids,options){this.itemSet&&this.itemSet.setSelection(ids);if(options&&options.focus){this.focus(ids,options)}};Timeline.prototype.getSelection=function(){return this.itemSet&&this.itemSet.getSelection()||[]};Timeline.prototype.focus=function(id,options){if(!this.itemsData||id==undefined)return;var ids=Array.isArray(id)?id:[id];var itemsData=this.itemsData.getDataSet().get(ids,{type:{start:\"Date\",end:\"Date\"}});var start=null;var end=null;itemsData.forEach(function(itemData){var s=itemData.start.valueOf();var e=\"end\"in itemData?itemData.end.valueOf():itemData.start.valueOf();if(start===null||s<start){start=s}if(end===null||e>end){end=e}});if(start!==null&&end!==null){var middle=(start+end)/2;var interval=Math.max(this.range.end-this.range.start,(end-start)*1.1);var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(middle-interval/2,middle+interval/2,animation)}};Timeline.prototype.fit=function(options){var animation=options&&options.animation!==undefined?options.animation:true;var range;var dataset=this.itemsData&&this.itemsData.getDataSet();if(dataset.length===1&&dataset.get()[0].end===undefined){range=this.getDataRange();this.moveTo(range.min.valueOf(),{animation:animation})}else{range=this.getItemRange();this.range.setRange(range.min,range.max,animation)}};Timeline.prototype.getItemRange=function(){var _this=this;var range=this.getDataRange();var min=range.min!==null?range.min.valueOf():null;var max=range.max!==null?range.max.valueOf():null;var minItem=null;var maxItem=null;if(min!=null&&max!=null){var interval;var factor;var lhs;var rhs;var delta;(function(){var getStart=function getStart(item){return util.convert(item.data.start,\"Date\").valueOf()};var getEnd=function getEnd(item){var end=item.data.end!=undefined?item.data.end:item.data.start;return util.convert(end,\"Date\").valueOf()};interval=max-min;if(interval<=0){interval=10}factor=interval/_this.props.center.width;util.forEach(_this.itemSet.items,function(item){item.show();item.repositionX();var start=getStart(item);var end=getEnd(item);if(this.options.rtl){var startSide=start-(item.getWidthRight()+10)*factor;var endSide=end+(item.getWidthLeft()+10)*factor}else{var startSide=start-(item.getWidthLeft()+10)*factor;var endSide=end+(item.getWidthRight()+10)*factor}if(startSide<min){min=startSide;minItem=item}if(endSide>max){max=endSide;maxItem=item}}.bind(_this));if(minItem&&maxItem){lhs=minItem.getWidthLeft()+10;rhs=maxItem.getWidthRight()+10;delta=_this.props.center.width-lhs-rhs;if(delta>0){if(_this.options.rtl){min=getStart(minItem)-rhs*interval/delta;max=getEnd(maxItem)+lhs*interval/delta}else{min=getStart(minItem)-lhs*interval/delta;max=getEnd(maxItem)+rhs*interval/delta}}}})()}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Timeline.prototype.getDataRange=function(){var min=null;var max=null;var dataset=this.itemsData&&this.itemsData.getDataSet();if(dataset){dataset.forEach(function(item){var start=util.convert(item.start,\"Date\").valueOf();var end=util.convert(item.end!=undefined?item.end:item.start,\"Date\").valueOf();if(min===null||start<min){min=start}if(max===null||end>max){max=end}})}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Timeline.prototype.getEventProperties=function(event){var clientX=event.center?event.center.x:event.clientX;var clientY=event.center?event.center.y:event.clientY;if(this.options.rtl){var x=util.getAbsoluteRight(this.dom.centerContainer)-clientX}else{var x=clientX-util.getAbsoluteLeft(this.dom.centerContainer)}var y=clientY-util.getAbsoluteTop(this.dom.centerContainer);var item=this.itemSet.itemFromTarget(event);var group=this.itemSet.groupFromTarget(event);var customTime=CustomTime.customTimeFromTarget(event);var snap=this.itemSet.options.snap||null;var scale=this.body.util.getScale();var step=this.body.util.getStep();var time=this._toTime(x);var snappedTime=snap?snap(time,scale,step):time;var element=util.getTarget(event);var what=null;if(item!=null){what=\"item\"}else if(customTime!=null){what=\"custom-time\"}else if(util.hasParent(element,this.timeAxis.dom.foreground)){what=\"axis\"}else if(this.timeAxis2&&util.hasParent(element,this.timeAxis2.dom.foreground)){what=\"axis\"}else if(util.hasParent(element,this.itemSet.dom.labelSet)){what=\"group-label\"}else if(util.hasParent(element,this.currentTime.bar)){what=\"current-time\"}else if(util.hasParent(element,this.dom.center)){what=\"background\"}return{event:event,item:item?item.id:null,group:group?group.groupId:null,what:what,pageX:event.srcEvent?event.srcEvent.pageX:event.pageX,pageY:event.srcEvent?event.srcEvent.pageY:event.pageY,x:x,y:y,time:time,snappedTime:snappedTime}};module.exports=Timeline},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _ColorPicker=__webpack_require__(29);var _ColorPicker2=_interopRequireDefault(_ColorPicker);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Configurator=function(){function Configurator(parentModule,defaultContainer,configureOptions){var pixelRatio=arguments.length>3&&arguments[3]!==undefined?arguments[3]:1;_classCallCheck(this,Configurator);this.parent=parentModule;this.changedOptions=[];this.container=defaultContainer;this.allowCreation=false;this.options={};this.initialized=false;this.popupCounter=0;this.defaultOptions={enabled:false,filter:true,container:undefined,showButton:true};util.extend(this.options,this.defaultOptions);this.configureOptions=configureOptions;this.moduleOptions={};this.domElements=[];this.popupDiv={};this.popupLimit=5;this.popupHistory={};this.colorPicker=new _ColorPicker2.default(pixelRatio);this.wrapper=undefined}_createClass(Configurator,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){this.popupHistory={};this._removePopup();var enabled=true;if(typeof options===\"string\"){this.options.filter=options}else if(options instanceof Array){this.options.filter=options.join()}else if((typeof options===\"undefined\"?\"undefined\":_typeof(options))===\"object\"){if(options.container!==undefined){this.options.container=options.container}if(options.filter!==undefined){this.options.filter=options.filter}if(options.showButton!==undefined){this.options.showButton=options.showButton}if(options.enabled!==undefined){enabled=options.enabled}}else if(typeof options===\"boolean\"){this.options.filter=true;enabled=options}else if(typeof options===\"function\"){this.options.filter=options;enabled=true}if(this.options.filter===false){enabled=false}this.options.enabled=enabled}this._clean()}},{key:\"setModuleOptions\",value:function setModuleOptions(moduleOptions){this.moduleOptions=moduleOptions;if(this.options.enabled===true){this._clean();if(this.options.container!==undefined){this.container=this.options.container}this._create()}}},{key:\"_create\",value:function _create(){var _this=this;this._clean();this.changedOptions=[];var filter=this.options.filter;var counter=0;var show=false;for(var option in this.configureOptions){if(this.configureOptions.hasOwnProperty(option)){this.allowCreation=false;show=false;if(typeof filter===\"function\"){show=filter(option,[]);show=show||this._handleObject(this.configureOptions[option],[option],true)}else if(filter===true||filter.indexOf(option)!==-1){show=true}if(show!==false){this.allowCreation=true;if(counter>0){this._makeItem([])}this._makeHeader(option);this._handleObject(this.configureOptions[option],[option])}counter++}}if(this.options.showButton===true){(function(){var generateButton=document.createElement(\"div\");generateButton.className=\"vis-configuration vis-config-button\";generateButton.innerHTML=\"generate options\";generateButton.onclick=function(){_this._printOptions()};generateButton.onmouseover=function(){generateButton.className=\"vis-configuration vis-config-button hover\"};generateButton.onmouseout=function(){generateButton.className=\"vis-configuration vis-config-button\"};_this.optionsContainer=document.createElement(\"div\");_this.optionsContainer.className=\"vis-configuration vis-config-option-container\";_this.domElements.push(_this.optionsContainer);_this.domElements.push(generateButton)})()}this._push()}},{key:\"_push\",value:function _push(){this.wrapper=document.createElement(\"div\");this.wrapper.className=\"vis-configuration-wrapper\";this.container.appendChild(this.wrapper);for(var i=0;i<this.domElements.length;i++){this.wrapper.appendChild(this.domElements[i])}this._showPopupIfNeeded()}},{key:\"_clean\",value:function _clean(){for(var i=0;i<this.domElements.length;i++){this.wrapper.removeChild(this.domElements[i])}if(this.wrapper!==undefined){this.container.removeChild(this.wrapper);this.wrapper=undefined}this.domElements=[];this._removePopup()}},{key:\"_getValue\",value:function _getValue(path){var base=this.moduleOptions;for(var i=0;i<path.length;i++){if(base[path[i]]!==undefined){base=base[path[i]]}else{base=undefined;break}}return base}},{key:\"_makeItem\",value:function _makeItem(path){var _arguments=arguments,_this2=this;if(this.allowCreation===true){var _len,domElements,_key;var _ret2=function(){var item=document.createElement(\"div\");item.className=\"vis-configuration vis-config-item vis-config-s\"+path.length;for(_len=_arguments.length,domElements=Array(_len>1?_len-1:0),_key=1;_key<_len;_key++){domElements[_key-1]=_arguments[_key]}domElements.forEach(function(element){item.appendChild(element)});_this2.domElements.push(item);return{v:_this2.domElements.length}}();if((typeof _ret2===\"undefined\"?\"undefined\":_typeof(_ret2))===\"object\")return _ret2.v}return 0}},{key:\"_makeHeader\",value:function _makeHeader(name){var div=document.createElement(\"div\");div.className=\"vis-configuration vis-config-header\";div.innerHTML=name;this._makeItem([],div)}},{key:\"_makeLabel\",value:function _makeLabel(name,path){var objectLabel=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var div=document.createElement(\"div\");div.className=\"vis-configuration vis-config-label vis-config-s\"+path.length;if(objectLabel===true){div.innerHTML=\"<i><b>\"+name+\":</b></i>\"}else{div.innerHTML=name+\":\"}return div}},{key:\"_makeDropdown\",value:function _makeDropdown(arr,value,path){var select=document.createElement(\"select\");select.className=\"vis-configuration vis-config-select\";var selectedValue=0;if(value!==undefined){if(arr.indexOf(value)!==-1){selectedValue=arr.indexOf(value)}}for(var i=0;i<arr.length;i++){var option=document.createElement(\"option\");option.value=arr[i];if(i===selectedValue){option.selected=\"selected\"}option.innerHTML=arr[i];select.appendChild(option)}var me=this;select.onchange=function(){me._update(this.value,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,select)}},{key:\"_makeRange\",value:function _makeRange(arr,value,path){var defaultValue=arr[0];var min=arr[1];var max=arr[2];var step=arr[3];var range=document.createElement(\"input\");range.className=\"vis-configuration vis-config-range\";try{range.type=\"range\";range.min=min;range.max=max}catch(err){}range.step=step;var popupString=\"\";var popupValue=0;if(value!==undefined){var factor=1.2;if(value<0&&value*factor<min){range.min=Math.ceil(value*factor);popupValue=range.min;popupString=\"range increased\"}else if(value/factor<min){range.min=Math.ceil(value/factor);popupValue=range.min;popupString=\"range increased\"}if(value*factor>max&&max!==1){range.max=Math.ceil(value*factor);popupValue=range.max;popupString=\"range increased\"}range.value=value}else{range.value=defaultValue}var input=document.createElement(\"input\");input.className=\"vis-configuration vis-config-rangeinput\";input.value=range.value;var me=this;range.onchange=function(){input.value=this.value;me._update(Number(this.value),path)};range.oninput=function(){input.value=this.value};var label=this._makeLabel(path[path.length-1],path);var itemIndex=this._makeItem(path,label,range,input);if(popupString!==\"\"&&this.popupHistory[itemIndex]!==popupValue){this.popupHistory[itemIndex]=popupValue;this._setupPopup(popupString,itemIndex)}}},{key:\"_setupPopup\",value:function _setupPopup(string,index){var _this3=this;if(this.initialized===true&&this.allowCreation===true&&this.popupCounter<this.popupLimit){var div=document.createElement(\"div\");div.id=\"vis-configuration-popup\";div.className=\"vis-configuration-popup\";div.innerHTML=string;div.onclick=function(){_this3._removePopup()};this.popupCounter+=1;this.popupDiv={html:div,index:index}}}},{key:\"_removePopup\",value:function _removePopup(){if(this.popupDiv.html!==undefined){this.popupDiv.html.parentNode.removeChild(this.popupDiv.html);clearTimeout(this.popupDiv.hideTimeout);clearTimeout(this.popupDiv.deleteTimeout);this.popupDiv={}}}},{key:\"_showPopupIfNeeded\",value:function _showPopupIfNeeded(){var _this4=this;if(this.popupDiv.html!==undefined){var correspondingElement=this.domElements[this.popupDiv.index];var rect=correspondingElement.getBoundingClientRect();this.popupDiv.html.style.left=rect.left+\"px\";this.popupDiv.html.style.top=rect.top-30+\"px\";document.body.appendChild(this.popupDiv.html);this.popupDiv.hideTimeout=setTimeout(function(){_this4.popupDiv.html.style.opacity=0},1500);this.popupDiv.deleteTimeout=setTimeout(function(){_this4._removePopup()},1800)}}},{key:\"_makeCheckbox\",value:function _makeCheckbox(defaultValue,value,path){var checkbox=document.createElement(\"input\");checkbox.type=\"checkbox\";checkbox.className=\"vis-configuration vis-config-checkbox\";checkbox.checked=defaultValue;if(value!==undefined){checkbox.checked=value;if(value!==defaultValue){if((typeof defaultValue===\"undefined\"?\"undefined\":_typeof(defaultValue))===\"object\"){if(value!==defaultValue.enabled){this.changedOptions.push({path:path,value:value})}}else{this.changedOptions.push({path:path,value:value})}}}var me=this;checkbox.onchange=function(){me._update(this.checked,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,checkbox)}},{key:\"_makeTextInput\",value:function _makeTextInput(defaultValue,value,path){var checkbox=document.createElement(\"input\");checkbox.type=\"text\";checkbox.className=\"vis-configuration vis-config-text\";checkbox.value=value;if(value!==defaultValue){this.changedOptions.push({path:path,value:value})}var me=this;checkbox.onchange=function(){me._update(this.value,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,checkbox)}},{key:\"_makeColorField\",value:function _makeColorField(arr,value,path){var _this5=this;var defaultColor=arr[1];var div=document.createElement(\"div\");value=value===undefined?defaultColor:value;if(value!==\"none\"){div.className=\"vis-configuration vis-config-colorBlock\";div.style.backgroundColor=value}else{div.className=\"vis-configuration vis-config-colorBlock none\"}value=value===undefined?defaultColor:value;div.onclick=function(){_this5._showColorPicker(value,div,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,div)}},{key:\"_showColorPicker\",value:function _showColorPicker(value,div,path){var _this6=this;div.onclick=function(){};\nthis.colorPicker.insertTo(div);this.colorPicker.show();this.colorPicker.setColor(value);this.colorPicker.setUpdateCallback(function(color){var colorString=\"rgba(\"+color.r+\",\"+color.g+\",\"+color.b+\",\"+color.a+\")\";div.style.backgroundColor=colorString;_this6._update(colorString,path)});this.colorPicker.setCloseCallback(function(){div.onclick=function(){_this6._showColorPicker(value,div,path)}})}},{key:\"_handleObject\",value:function _handleObject(obj){var path=arguments.length>1&&arguments[1]!==undefined?arguments[1]:[];var checkOnly=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var show=false;var filter=this.options.filter;var visibleInSet=false;for(var subObj in obj){if(obj.hasOwnProperty(subObj)){show=true;var item=obj[subObj];var newPath=util.copyAndExtendArray(path,subObj);if(typeof filter===\"function\"){show=filter(subObj,path);if(show===false){if(!(item instanceof Array)&&typeof item!==\"string\"&&typeof item!==\"boolean\"&&item instanceof Object){this.allowCreation=false;show=this._handleObject(item,newPath,true);this.allowCreation=checkOnly===false}}}if(show!==false){visibleInSet=true;var value=this._getValue(newPath);if(item instanceof Array){this._handleArray(item,value,newPath)}else if(typeof item===\"string\"){this._makeTextInput(item,value,newPath)}else if(typeof item===\"boolean\"){this._makeCheckbox(item,value,newPath)}else if(item instanceof Object){var draw=true;if(path.indexOf(\"physics\")!==-1){if(this.moduleOptions.physics.solver!==subObj){draw=false}}if(draw===true){if(item.enabled!==undefined){var enabledPath=util.copyAndExtendArray(newPath,\"enabled\");var enabledValue=this._getValue(enabledPath);if(enabledValue===true){var label=this._makeLabel(subObj,newPath,true);this._makeItem(newPath,label);visibleInSet=this._handleObject(item,newPath)||visibleInSet}else{this._makeCheckbox(item,enabledValue,newPath)}}else{var _label=this._makeLabel(subObj,newPath,true);this._makeItem(newPath,_label);visibleInSet=this._handleObject(item,newPath)||visibleInSet}}}else{console.error(\"dont know how to handle\",item,subObj,newPath)}}}}return visibleInSet}},{key:\"_handleArray\",value:function _handleArray(arr,value,path){if(typeof arr[0]===\"string\"&&arr[0]===\"color\"){this._makeColorField(arr,value,path);if(arr[1]!==value){this.changedOptions.push({path:path,value:value})}}else if(typeof arr[0]===\"string\"){this._makeDropdown(arr,value,path);if(arr[0]!==value){this.changedOptions.push({path:path,value:value})}}else if(typeof arr[0]===\"number\"){this._makeRange(arr,value,path);if(arr[0]!==value){this.changedOptions.push({path:path,value:Number(value)})}}}},{key:\"_update\",value:function _update(value,path){var options=this._constructOptions(value,path);if(this.parent.body&&this.parent.body.emitter&&this.parent.body.emitter.emit){this.parent.body.emitter.emit(\"configChange\",options)}this.initialized=true;this.parent.setOptions(options)}},{key:\"_constructOptions\",value:function _constructOptions(value,path){var optionsObj=arguments.length>2&&arguments[2]!==undefined?arguments[2]:{};var pointer=optionsObj;value=value===\"true\"?true:value;value=value===\"false\"?false:value;for(var i=0;i<path.length;i++){if(path[i]!==\"global\"){if(pointer[path[i]]===undefined){pointer[path[i]]={}}if(i!==path.length-1){pointer=pointer[path[i]]}else{pointer[path[i]]=value}}}return optionsObj}},{key:\"_printOptions\",value:function _printOptions(){var options=this.getOptions();this.optionsContainer.innerHTML=\"<pre>var options = \"+JSON.stringify(options,null,2)+\"</pre>\"}},{key:\"getOptions\",value:function getOptions(){var options={};for(var i=0;i<this.changedOptions.length;i++){this._constructOptions(this.changedOptions[i].value,this.changedOptions[i].path,options)}return options}}]);return Configurator}();exports.default=Configurator},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Hammer=__webpack_require__(22);var hammerUtil=__webpack_require__(30);var util=__webpack_require__(1);var ColorPicker=function(){function ColorPicker(){var pixelRatio=arguments.length>0&&arguments[0]!==undefined?arguments[0]:1;_classCallCheck(this,ColorPicker);this.pixelRatio=pixelRatio;this.generated=false;this.centerCoordinates={x:289/2,y:289/2};this.r=289*.49;this.color={r:255,g:255,b:255,a:1};this.hueCircle=undefined;this.initialColor={r:255,g:255,b:255,a:1};this.previousColor=undefined;this.applied=false;this.updateCallback=function(){};this.closeCallback=function(){};this._create()}_createClass(ColorPicker,[{key:\"insertTo\",value:function insertTo(container){if(this.hammer!==undefined){this.hammer.destroy();this.hammer=undefined}this.container=container;this.container.appendChild(this.frame);this._bindHammer();this._setSize()}},{key:\"setUpdateCallback\",value:function setUpdateCallback(callback){if(typeof callback===\"function\"){this.updateCallback=callback}else{throw new Error(\"Function attempted to set as colorPicker update callback is not a function.\")}}},{key:\"setCloseCallback\",value:function setCloseCallback(callback){if(typeof callback===\"function\"){this.closeCallback=callback}else{throw new Error(\"Function attempted to set as colorPicker closing callback is not a function.\")}}},{key:\"_isColorString\",value:function _isColorString(color){var htmlColors={black:\"#000000\",navy:\"#000080\",darkblue:\"#00008B\",mediumblue:\"#0000CD\",blue:\"#0000FF\",darkgreen:\"#006400\",green:\"#008000\",teal:\"#008080\",darkcyan:\"#008B8B\",deepskyblue:\"#00BFFF\",darkturquoise:\"#00CED1\",mediumspringgreen:\"#00FA9A\",lime:\"#00FF00\",springgreen:\"#00FF7F\",aqua:\"#00FFFF\",cyan:\"#00FFFF\",midnightblue:\"#191970\",dodgerblue:\"#1E90FF\",lightseagreen:\"#20B2AA\",forestgreen:\"#228B22\",seagreen:\"#2E8B57\",darkslategray:\"#2F4F4F\",limegreen:\"#32CD32\",mediumseagreen:\"#3CB371\",turquoise:\"#40E0D0\",royalblue:\"#4169E1\",steelblue:\"#4682B4\",darkslateblue:\"#483D8B\",mediumturquoise:\"#48D1CC\",indigo:\"#4B0082\",darkolivegreen:\"#556B2F\",cadetblue:\"#5F9EA0\",cornflowerblue:\"#6495ED\",mediumaquamarine:\"#66CDAA\",dimgray:\"#696969\",slateblue:\"#6A5ACD\",olivedrab:\"#6B8E23\",slategray:\"#708090\",lightslategray:\"#778899\",mediumslateblue:\"#7B68EE\",lawngreen:\"#7CFC00\",chartreuse:\"#7FFF00\",aquamarine:\"#7FFFD4\",maroon:\"#800000\",purple:\"#800080\",olive:\"#808000\",gray:\"#808080\",skyblue:\"#87CEEB\",lightskyblue:\"#87CEFA\",blueviolet:\"#8A2BE2\",darkred:\"#8B0000\",darkmagenta:\"#8B008B\",saddlebrown:\"#8B4513\",darkseagreen:\"#8FBC8F\",lightgreen:\"#90EE90\",mediumpurple:\"#9370D8\",darkviolet:\"#9400D3\",palegreen:\"#98FB98\",darkorchid:\"#9932CC\",yellowgreen:\"#9ACD32\",sienna:\"#A0522D\",brown:\"#A52A2A\",darkgray:\"#A9A9A9\",lightblue:\"#ADD8E6\",greenyellow:\"#ADFF2F\",paleturquoise:\"#AFEEEE\",lightsteelblue:\"#B0C4DE\",powderblue:\"#B0E0E6\",firebrick:\"#B22222\",darkgoldenrod:\"#B8860B\",mediumorchid:\"#BA55D3\",rosybrown:\"#BC8F8F\",darkkhaki:\"#BDB76B\",silver:\"#C0C0C0\",mediumvioletred:\"#C71585\",indianred:\"#CD5C5C\",peru:\"#CD853F\",chocolate:\"#D2691E\",tan:\"#D2B48C\",lightgrey:\"#D3D3D3\",palevioletred:\"#D87093\",thistle:\"#D8BFD8\",orchid:\"#DA70D6\",goldenrod:\"#DAA520\",crimson:\"#DC143C\",gainsboro:\"#DCDCDC\",plum:\"#DDA0DD\",burlywood:\"#DEB887\",lightcyan:\"#E0FFFF\",lavender:\"#E6E6FA\",darksalmon:\"#E9967A\",violet:\"#EE82EE\",palegoldenrod:\"#EEE8AA\",lightcoral:\"#F08080\",khaki:\"#F0E68C\",aliceblue:\"#F0F8FF\",honeydew:\"#F0FFF0\",azure:\"#F0FFFF\",sandybrown:\"#F4A460\",wheat:\"#F5DEB3\",beige:\"#F5F5DC\",whitesmoke:\"#F5F5F5\",mintcream:\"#F5FFFA\",ghostwhite:\"#F8F8FF\",salmon:\"#FA8072\",antiquewhite:\"#FAEBD7\",linen:\"#FAF0E6\",lightgoldenrodyellow:\"#FAFAD2\",oldlace:\"#FDF5E6\",red:\"#FF0000\",fuchsia:\"#FF00FF\",magenta:\"#FF00FF\",deeppink:\"#FF1493\",orangered:\"#FF4500\",tomato:\"#FF6347\",hotpink:\"#FF69B4\",coral:\"#FF7F50\",darkorange:\"#FF8C00\",lightsalmon:\"#FFA07A\",orange:\"#FFA500\",lightpink:\"#FFB6C1\",pink:\"#FFC0CB\",gold:\"#FFD700\",peachpuff:\"#FFDAB9\",navajowhite:\"#FFDEAD\",moccasin:\"#FFE4B5\",bisque:\"#FFE4C4\",mistyrose:\"#FFE4E1\",blanchedalmond:\"#FFEBCD\",papayawhip:\"#FFEFD5\",lavenderblush:\"#FFF0F5\",seashell:\"#FFF5EE\",cornsilk:\"#FFF8DC\",lemonchiffon:\"#FFFACD\",floralwhite:\"#FFFAF0\",snow:\"#FFFAFA\",yellow:\"#FFFF00\",lightyellow:\"#FFFFE0\",ivory:\"#FFFFF0\",white:\"#FFFFFF\"};if(typeof color===\"string\"){return htmlColors[color]}}},{key:\"setColor\",value:function setColor(color){var setInitial=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(color===\"none\"){return}var rgba=void 0;var htmlColor=this._isColorString(color);if(htmlColor!==undefined){color=htmlColor}if(util.isString(color)===true){if(util.isValidRGB(color)===true){var rgbaArray=color.substr(4).substr(0,color.length-5).split(\",\");rgba={r:rgbaArray[0],g:rgbaArray[1],b:rgbaArray[2],a:1}}else if(util.isValidRGBA(color)===true){var _rgbaArray=color.substr(5).substr(0,color.length-6).split(\",\");rgba={r:_rgbaArray[0],g:_rgbaArray[1],b:_rgbaArray[2],a:_rgbaArray[3]}}else if(util.isValidHex(color)===true){var rgbObj=util.hexToRGB(color);rgba={r:rgbObj.r,g:rgbObj.g,b:rgbObj.b,a:1}}}else{if(color instanceof Object){if(color.r!==undefined&&color.g!==undefined&&color.b!==undefined){var alpha=color.a!==undefined?color.a:\"1.0\";rgba={r:color.r,g:color.g,b:color.b,a:alpha}}}}if(rgba===undefined){throw new Error(\"Unknown color passed to the colorPicker. Supported are strings: rgb, hex, rgba. Object: rgb ({r:r,g:g,b:b,[a:a]}). Supplied: \"+JSON.stringify(color))}else{this._setColor(rgba,setInitial)}}},{key:\"show\",value:function show(){if(this.closeCallback!==undefined){this.closeCallback();this.closeCallback=undefined}this.applied=false;this.frame.style.display=\"block\";this._generateHueCircle()}},{key:\"_hide\",value:function _hide(){var _this=this;var storePrevious=arguments.length>0&&arguments[0]!==undefined?arguments[0]:true;if(storePrevious===true){this.previousColor=util.extend({},this.color)}if(this.applied===true){this.updateCallback(this.initialColor)}this.frame.style.display=\"none\";setTimeout(function(){if(_this.closeCallback!==undefined){_this.closeCallback();_this.closeCallback=undefined}},0)}},{key:\"_save\",value:function _save(){this.updateCallback(this.color);this.applied=false;this._hide()}},{key:\"_apply\",value:function _apply(){this.applied=true;this.updateCallback(this.color);this._updatePicker(this.color)}},{key:\"_loadLast\",value:function _loadLast(){if(this.previousColor!==undefined){this.setColor(this.previousColor,false)}else{alert(\"There is no last color to load...\")}}},{key:\"_setColor\",value:function _setColor(rgba){var setInitial=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(setInitial===true){this.initialColor=util.extend({},rgba)}this.color=rgba;var hsv=util.RGBToHSV(rgba.r,rgba.g,rgba.b);var angleConvert=2*Math.PI;var radius=this.r*hsv.s;var x=this.centerCoordinates.x+radius*Math.sin(angleConvert*hsv.h);var y=this.centerCoordinates.y+radius*Math.cos(angleConvert*hsv.h);this.colorPickerSelector.style.left=x-.5*this.colorPickerSelector.clientWidth+\"px\";this.colorPickerSelector.style.top=y-.5*this.colorPickerSelector.clientHeight+\"px\";this._updatePicker(rgba)}},{key:\"_setOpacity\",value:function _setOpacity(value){this.color.a=value/100;this._updatePicker(this.color)}},{key:\"_setBrightness\",value:function _setBrightness(value){var hsv=util.RGBToHSV(this.color.r,this.color.g,this.color.b);hsv.v=value/100;var rgba=util.HSVToRGB(hsv.h,hsv.s,hsv.v);rgba[\"a\"]=this.color.a;this.color=rgba;this._updatePicker()}},{key:\"_updatePicker\",value:function _updatePicker(){var rgba=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.color;var hsv=util.RGBToHSV(rgba.r,rgba.g,rgba.b);var ctx=this.colorPickerCanvas.getContext(\"2d\");if(this.pixelRation===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.colorPickerCanvas.clientWidth;var h=this.colorPickerCanvas.clientHeight;ctx.clearRect(0,0,w,h);ctx.putImageData(this.hueCircle,0,0);ctx.fillStyle=\"rgba(0,0,0,\"+(1-hsv.v)+\")\";ctx.circle(this.centerCoordinates.x,this.centerCoordinates.y,this.r);ctx.fill();this.brightnessRange.value=100*hsv.v;this.opacityRange.value=100*rgba.a;this.initialColorDiv.style.backgroundColor=\"rgba(\"+this.initialColor.r+\",\"+this.initialColor.g+\",\"+this.initialColor.b+\",\"+this.initialColor.a+\")\";this.newColorDiv.style.backgroundColor=\"rgba(\"+this.color.r+\",\"+this.color.g+\",\"+this.color.b+\",\"+this.color.a+\")\"}},{key:\"_setSize\",value:function _setSize(){this.colorPickerCanvas.style.width=\"100%\";this.colorPickerCanvas.style.height=\"100%\";this.colorPickerCanvas.width=289*this.pixelRatio;this.colorPickerCanvas.height=289*this.pixelRatio}},{key:\"_create\",value:function _create(){this.frame=document.createElement(\"div\");this.frame.className=\"vis-color-picker\";this.colorPickerDiv=document.createElement(\"div\");this.colorPickerSelector=document.createElement(\"div\");this.colorPickerSelector.className=\"vis-selector\";this.colorPickerDiv.appendChild(this.colorPickerSelector);this.colorPickerCanvas=document.createElement(\"canvas\");this.colorPickerDiv.appendChild(this.colorPickerCanvas);if(!this.colorPickerCanvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.colorPickerCanvas.appendChild(noCanvas)}else{var ctx=this.colorPickerCanvas.getContext(\"2d\");this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);this.colorPickerCanvas.getContext(\"2d\").setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}this.colorPickerDiv.className=\"vis-color\";this.opacityDiv=document.createElement(\"div\");this.opacityDiv.className=\"vis-opacity\";this.brightnessDiv=document.createElement(\"div\");this.brightnessDiv.className=\"vis-brightness\";this.arrowDiv=document.createElement(\"div\");this.arrowDiv.className=\"vis-arrow\";this.opacityRange=document.createElement(\"input\");try{this.opacityRange.type=\"range\";this.opacityRange.min=\"0\";this.opacityRange.max=\"100\"}catch(err){}this.opacityRange.value=\"100\";this.opacityRange.className=\"vis-range\";this.brightnessRange=document.createElement(\"input\");try{this.brightnessRange.type=\"range\";this.brightnessRange.min=\"0\";this.brightnessRange.max=\"100\"}catch(err){}this.brightnessRange.value=\"100\";this.brightnessRange.className=\"vis-range\";this.opacityDiv.appendChild(this.opacityRange);this.brightnessDiv.appendChild(this.brightnessRange);var me=this;this.opacityRange.onchange=function(){me._setOpacity(this.value)};this.opacityRange.oninput=function(){me._setOpacity(this.value)};this.brightnessRange.onchange=function(){me._setBrightness(this.value)};this.brightnessRange.oninput=function(){me._setBrightness(this.value)};this.brightnessLabel=document.createElement(\"div\");this.brightnessLabel.className=\"vis-label vis-brightness\";this.brightnessLabel.innerHTML=\"brightness:\";this.opacityLabel=document.createElement(\"div\");this.opacityLabel.className=\"vis-label vis-opacity\";this.opacityLabel.innerHTML=\"opacity:\";this.newColorDiv=document.createElement(\"div\");this.newColorDiv.className=\"vis-new-color\";this.newColorDiv.innerHTML=\"new\";this.initialColorDiv=document.createElement(\"div\");this.initialColorDiv.className=\"vis-initial-color\";this.initialColorDiv.innerHTML=\"initial\";this.cancelButton=document.createElement(\"div\");this.cancelButton.className=\"vis-button vis-cancel\";this.cancelButton.innerHTML=\"cancel\";this.cancelButton.onclick=this._hide.bind(this,false);this.applyButton=document.createElement(\"div\");this.applyButton.className=\"vis-button vis-apply\";this.applyButton.innerHTML=\"apply\";this.applyButton.onclick=this._apply.bind(this);this.saveButton=document.createElement(\"div\");this.saveButton.className=\"vis-button vis-save\";this.saveButton.innerHTML=\"save\";this.saveButton.onclick=this._save.bind(this);this.loadButton=document.createElement(\"div\");this.loadButton.className=\"vis-button vis-load\";this.loadButton.innerHTML=\"load last\";this.loadButton.onclick=this._loadLast.bind(this);this.frame.appendChild(this.colorPickerDiv);this.frame.appendChild(this.arrowDiv);this.frame.appendChild(this.brightnessLabel);this.frame.appendChild(this.brightnessDiv);this.frame.appendChild(this.opacityLabel);this.frame.appendChild(this.opacityDiv);this.frame.appendChild(this.newColorDiv);this.frame.appendChild(this.initialColorDiv);this.frame.appendChild(this.cancelButton);this.frame.appendChild(this.applyButton);this.frame.appendChild(this.saveButton);this.frame.appendChild(this.loadButton)}},{key:\"_bindHammer\",value:function _bindHammer(){var _this2=this;this.drag={};this.pinch={};this.hammer=new Hammer(this.colorPickerCanvas);this.hammer.get(\"pinch\").set({enable:true});hammerUtil.onTouch(this.hammer,function(event){_this2._moveSelector(event)});this.hammer.on(\"tap\",function(event){_this2._moveSelector(event)});this.hammer.on(\"panstart\",function(event){_this2._moveSelector(event)});this.hammer.on(\"panmove\",function(event){_this2._moveSelector(event)});this.hammer.on(\"panend\",function(event){_this2._moveSelector(event)})}},{key:\"_generateHueCircle\",value:function _generateHueCircle(){if(this.generated===false){var ctx=this.colorPickerCanvas.getContext(\"2d\");if(this.pixelRation===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.colorPickerCanvas.clientWidth;var h=this.colorPickerCanvas.clientHeight;ctx.clearRect(0,0,w,h);var x=void 0,y=void 0,hue=void 0,sat=void 0;this.centerCoordinates={x:w*.5,y:h*.5};this.r=.49*w;var angleConvert=2*Math.PI/360;var hfac=1/360;var sfac=1/this.r;var rgb=void 0;for(hue=0;hue<360;hue++){for(sat=0;sat<this.r;sat++){x=this.centerCoordinates.x+sat*Math.sin(angleConvert*hue);y=this.centerCoordinates.y+sat*Math.cos(angleConvert*hue);rgb=util.HSVToRGB(hue*hfac,sat*sfac,1);ctx.fillStyle=\"rgb(\"+rgb.r+\",\"+rgb.g+\",\"+rgb.b+\")\";ctx.fillRect(x-.5,y-.5,2,2)}}ctx.strokeStyle=\"rgba(0,0,0,1)\";ctx.circle(this.centerCoordinates.x,this.centerCoordinates.y,this.r);ctx.stroke();this.hueCircle=ctx.getImageData(0,0,w,h)}this.generated=true}},{key:\"_moveSelector\",value:function _moveSelector(event){var rect=this.colorPickerDiv.getBoundingClientRect();var left=event.center.x-rect.left;var top=event.center.y-rect.top;var centerY=.5*this.colorPickerDiv.clientHeight;var centerX=.5*this.colorPickerDiv.clientWidth;var x=left-centerX;var y=top-centerY;var angle=Math.atan2(x,y);var radius=.98*Math.min(Math.sqrt(x*x+y*y),centerX);var newTop=Math.cos(angle)*radius+centerY;var newLeft=Math.sin(angle)*radius+centerX;this.colorPickerSelector.style.top=newTop-.5*this.colorPickerSelector.clientHeight+\"px\";this.colorPickerSelector.style.left=newLeft-.5*this.colorPickerSelector.clientWidth+\"px\";var h=angle/(2*Math.PI);h=h<0?h+1:h;var s=radius/this.r;var hsv=util.RGBToHSV(this.color.r,this.color.g,this.color.b);hsv.h=h;hsv.s=s;var rgba=util.HSVToRGB(hsv.h,hsv.s,hsv.v);rgba[\"a\"]=this.color.a;this.color=rgba;this.initialColorDiv.style.backgroundColor=\"rgba(\"+this.initialColor.r+\",\"+this.initialColor.g+\",\"+this.initialColor.b+\",\"+this.initialColor.a+\")\";this.newColorDiv.style.backgroundColor=\"rgba(\"+this.color.r+\",\"+this.color.g+\",\"+this.color.b+\",\"+this.color.a+\")\"}}]);return ColorPicker}();exports.default=ColorPicker},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(22);exports.onTouch=function(hammer,callback){callback.inputHandler=function(event){if(event.isFirst){callback(event)}};hammer.on(\"hammer.input\",callback.inputHandler)};exports.onRelease=function(hammer,callback){callback.inputHandler=function(event){if(event.isFinal){callback(event)}};return hammer.on(\"hammer.input\",callback.inputHandler)};exports.offTouch=function(hammer,callback){hammer.off(\"hammer.input\",callback.inputHandler)};exports.offRelease=exports.offTouch;exports.disablePreventDefaultVertically=function(pinchRecognizer){var TOUCH_ACTION_PAN_Y=\"pan-y\";pinchRecognizer.getTouchAction=function(){return[TOUCH_ACTION_PAN_Y]};return pinchRecognizer}},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var errorFound=false;var allOptions=void 0;var printStyle=\"background: #FFeeee; color: #dd0000\";var Validator=function(){function Validator(){_classCallCheck(this,Validator)}_createClass(Validator,null,[{key:\"validate\",value:function validate(options,referenceOptions,subObject){errorFound=false;allOptions=referenceOptions;var usedOptions=referenceOptions;if(subObject!==undefined){usedOptions=referenceOptions[subObject]}Validator.parse(options,usedOptions,[]);return errorFound}},{key:\"parse\",value:function parse(options,referenceOptions,path){for(var option in options){if(options.hasOwnProperty(option)){Validator.check(option,options,referenceOptions,path)}}}},{key:\"check\",value:function check(option,options,referenceOptions,path){if(referenceOptions[option]===undefined&&referenceOptions.__any__===undefined){Validator.getSuggestion(option,referenceOptions,path)}else if(referenceOptions[option]===undefined&&referenceOptions.__any__!==undefined){if(Validator.getType(options[option])===\"object\"&&referenceOptions[\"__any__\"].__type__!==undefined){Validator.checkFields(option,options,referenceOptions,\"__any__\",referenceOptions[\"__any__\"].__type__,path)}else{Validator.checkFields(option,options,referenceOptions,\"__any__\",referenceOptions[\"__any__\"],path)}}else{if(referenceOptions[option].__type__!==undefined){Validator.checkFields(option,options,referenceOptions,option,referenceOptions[option].__type__,path)}else{Validator.checkFields(option,options,referenceOptions,option,referenceOptions[option],path)}}}},{key:\"checkFields\",value:function checkFields(option,options,referenceOptions,referenceOption,refOptionObj,path){var optionType=Validator.getType(options[option]);var refOptionType=refOptionObj[optionType];if(refOptionType!==undefined){if(Validator.getType(refOptionType)===\"array\"){if(refOptionType.indexOf(options[option])===-1){console.log('%cInvalid option detected in \"'+option+'\".'+\" Allowed values are:\"+Validator.print(refOptionType)+' not \"'+options[option]+'\". '+Validator.printLocation(path,option),printStyle);errorFound=true}else if(optionType===\"object\"&&referenceOption!==\"__any__\"){path=util.copyAndExtendArray(path,option);Validator.parse(options[option],referenceOptions[referenceOption],path)}}else if(optionType===\"object\"&&referenceOption!==\"__any__\"){path=util.copyAndExtendArray(path,option);Validator.parse(options[option],referenceOptions[referenceOption],path)}}else if(refOptionObj[\"any\"]===undefined){console.log('%cInvalid type received for \"'+option+'\". Expected: '+Validator.print(Object.keys(refOptionObj))+\". Received [\"+optionType+'] \"'+options[option]+'\"'+Validator.printLocation(path,option),printStyle);errorFound=true}}},{key:\"getType\",value:function getType(object){var type=typeof object===\"undefined\"?\"undefined\":_typeof(object);if(type===\"object\"){if(object===null){return\"null\"}if(object instanceof Boolean){return\"boolean\"}if(object instanceof Number){return\"number\"}if(object instanceof String){return\"string\"}if(Array.isArray(object)){return\"array\"}if(object instanceof Date){return\"date\"}if(object.nodeType!==undefined){return\"dom\"}if(object._isAMomentObject===true){return\"moment\"}return\"object\"}else if(type===\"number\"){return\"number\"}else if(type===\"boolean\"){return\"boolean\"}else if(type===\"string\"){return\"string\"}else if(type===undefined){return\"undefined\"}return type}},{key:\"getSuggestion\",value:function getSuggestion(option,options,path){var localSearch=Validator.findInOptions(option,options,path,false);var globalSearch=Validator.findInOptions(option,allOptions,[],true);var localSearchThreshold=8;var globalSearchThreshold=4;if(localSearch.indexMatch!==undefined){console.log('%cUnknown option detected: \"'+option+'\" in '+Validator.printLocation(localSearch.path,option,\"\")+'Perhaps it was incomplete? Did you mean: \"'+localSearch.indexMatch+'\"?\\n\\n',printStyle)}else if(globalSearch.distance<=globalSearchThreshold&&localSearch.distance>globalSearch.distance){console.log('%cUnknown option detected: \"'+option+'\" in '+Validator.printLocation(localSearch.path,option,\"\")+\"Perhaps it was misplaced? Matching option found at: \"+Validator.printLocation(globalSearch.path,globalSearch.closestMatch,\"\"),printStyle)}else if(localSearch.distance<=localSearchThreshold){console.log('%cUnknown option detected: \"'+option+'\". Did you mean \"'+localSearch.closestMatch+'\"?'+Validator.printLocation(localSearch.path,option),printStyle)}else{console.log('%cUnknown option detected: \"'+option+'\". Did you mean one of these: '+Validator.print(Object.keys(options))+Validator.printLocation(path,option),printStyle)}errorFound=true}},{key:\"findInOptions\",value:function findInOptions(option,options,path){var recursive=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;var min=1e9;var closestMatch=\"\";var closestMatchPath=[];var lowerCaseOption=option.toLowerCase();var indexMatch=undefined;for(var op in options){var distance=void 0;if(options[op].__type__!==undefined&&recursive===true){var result=Validator.findInOptions(option,options[op],util.copyAndExtendArray(path,op));if(min>result.distance){closestMatch=result.closestMatch;closestMatchPath=result.path;min=result.distance;indexMatch=result.indexMatch}}else{if(op.toLowerCase().indexOf(lowerCaseOption)!==-1){indexMatch=op}distance=Validator.levenshteinDistance(option,op);if(min>distance){closestMatch=op;closestMatchPath=util.copyArray(path);min=distance}}}return{closestMatch:closestMatch,path:closestMatchPath,distance:min,indexMatch:indexMatch}}},{key:\"printLocation\",value:function printLocation(path,option){var prefix=arguments.length>2&&arguments[2]!==undefined?arguments[2]:\"Problem value found at: \\n\";var str=\"\\n\\n\"+prefix+\"options = {\\n\";for(var i=0;i<path.length;i++){for(var j=0;j<i+1;j++){str+=\" \"}str+=path[i]+\": {\\n\"}for(var _j=0;_j<path.length+1;_j++){str+=\" \"}str+=option+\"\\n\";for(var _i=0;_i<path.length+1;_i++){for(var _j2=0;_j2<path.length-_i;_j2++){str+=\" \"}str+=\"}\\n\"}return str+\"\\n\\n\"}},{key:\"print\",value:function print(options){return JSON.stringify(options).replace(/(\\\")|(\\[)|(\\])|(,\"__type__\")/g,\"\").replace(/(\\,)/g,\", \")}},{key:\"levenshteinDistance\",value:function levenshteinDistance(a,b){if(a.length===0)return b.length;if(b.length===0)return a.length;var matrix=[];var i;for(i=0;i<=b.length;i++){matrix[i]=[i]}var j;for(j=0;j<=a.length;j++){matrix[0][j]=j}for(i=1;i<=b.length;i++){for(j=1;j<=a.length;j++){if(b.charAt(i-1)==a.charAt(j-1)){matrix[i][j]=matrix[i-1][j-1]}else{matrix[i][j]=Math.min(matrix[i-1][j-1]+1,Math.min(matrix[i][j-1]+1,matrix[i-1][j]+1))}}}return matrix[b.length][a.length]}}]);return Validator}();exports.default=Validator;exports.printStyle=printStyle},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var util=__webpack_require__(1);var hammerUtil=__webpack_require__(30);var moment=__webpack_require__(2);var Component=__webpack_require__(33);var DateUtil=__webpack_require__(34);function Range(body,options){var now=moment().hours(0).minutes(0).seconds(0).milliseconds(0);this.start=now.clone().add(-3,\"days\").valueOf();this.end=now.clone().add(4,\"days\").valueOf();this.body=body;this.deltaDifference=0;this.scaleOffset=0;this.startToFront=false;this.endToFront=true;this.defaultOptions={rtl:false,start:null,end:null,moment:moment,direction:\"horizontal\",moveable:true,zoomable:true,min:null,max:null,zoomMin:10,zoomMax:1e3*60*60*24*365*1e4};this.options=util.extend({},this.defaultOptions);this.props={touch:{}};this.animationTimer=null;this.body.emitter.on(\"panstart\",this._onDragStart.bind(this));this.body.emitter.on(\"panmove\",this._onDrag.bind(this));this.body.emitter.on(\"panend\",this._onDragEnd.bind(this));this.body.emitter.on(\"mousewheel\",this._onMouseWheel.bind(this));this.body.emitter.on(\"touch\",this._onTouch.bind(this));this.body.emitter.on(\"pinch\",this._onPinch.bind(this));this.setOptions(options)}Range.prototype=new Component;Range.prototype.setOptions=function(options){if(options){var fields=[\"direction\",\"min\",\"max\",\"zoomMin\",\"zoomMax\",\"moveable\",\"zoomable\",\"moment\",\"activate\",\"hiddenDates\",\"zoomKey\",\"rtl\",\"horizontalScroll\"];util.selectiveExtend(fields,this.options,options);if(\"start\"in options||\"end\"in options){this.setRange(options.start,options.end)}}};function validateDirection(direction){if(direction!=\"horizontal\"&&direction!=\"vertical\"){throw new TypeError('Unknown direction \"'+direction+'\". '+'Choose \"horizontal\" or \"vertical\".')}}Range.prototype.setRange=function(start,end,animation,byUser){if(byUser!==true){byUser=false}var finalStart=start!=undefined?util.convert(start,\"Date\").valueOf():null;var finalEnd=end!=undefined?util.convert(end,\"Date\").valueOf():null;this._cancelAnimation();if(animation){var me=this;var initStart=this.start;var initEnd=this.end;var duration=(typeof animation===\"undefined\"?\"undefined\":_typeof(animation))===\"object\"&&\"duration\"in animation?animation.duration:500;var easingName=(typeof animation===\"undefined\"?\"undefined\":_typeof(animation))===\"object\"&&\"easingFunction\"in animation?animation.easingFunction:\"easeInOutQuad\";var easingFunction=util.easingFunctions[easingName];if(!easingFunction){throw new Error(\"Unknown easing function \"+JSON.stringify(easingName)+\". \"+\"Choose from: \"+Object.keys(util.easingFunctions).join(\", \"))}var initTime=(new Date).valueOf();var anyChanged=false;var next=function next(){if(!me.props.touch.dragging){var now=(new Date).valueOf();var time=now-initTime;var ease=easingFunction(time/duration);var done=time>duration;var s=done||finalStart===null?finalStart:initStart+(finalStart-initStart)*ease;var e=done||finalEnd===null?finalEnd:initEnd+(finalEnd-initEnd)*ease;changed=me._applyRange(s,e);DateUtil.updateHiddenDates(me.options.moment,me.body,me.options.hiddenDates);anyChanged=anyChanged||changed;if(changed){me.body.emitter.emit(\"rangechange\",{start:new Date(me.start),end:new Date(me.end),byUser:byUser\n})}if(done){if(anyChanged){me.body.emitter.emit(\"rangechanged\",{start:new Date(me.start),end:new Date(me.end),byUser:byUser})}}else{me.animationTimer=setTimeout(next,20)}}};return next()}else{var changed=this._applyRange(finalStart,finalEnd);DateUtil.updateHiddenDates(this.options.moment,this.body,this.options.hiddenDates);if(changed){var params={start:new Date(this.start),end:new Date(this.end),byUser:byUser};this.body.emitter.emit(\"rangechange\",params);this.body.emitter.emit(\"rangechanged\",params)}}};Range.prototype._cancelAnimation=function(){if(this.animationTimer){clearTimeout(this.animationTimer);this.animationTimer=null}};Range.prototype._applyRange=function(start,end){var newStart=start!=null?util.convert(start,\"Date\").valueOf():this.start,newEnd=end!=null?util.convert(end,\"Date\").valueOf():this.end,max=this.options.max!=null?util.convert(this.options.max,\"Date\").valueOf():null,min=this.options.min!=null?util.convert(this.options.min,\"Date\").valueOf():null,diff;if(isNaN(newStart)||newStart===null){throw new Error('Invalid start \"'+start+'\"')}if(isNaN(newEnd)||newEnd===null){throw new Error('Invalid end \"'+end+'\"')}if(newEnd<newStart){newEnd=newStart}if(min!==null){if(newStart<min){diff=min-newStart;newStart+=diff;newEnd+=diff;if(max!=null){if(newEnd>max){newEnd=max}}}}if(max!==null){if(newEnd>max){diff=newEnd-max;newStart-=diff;newEnd-=diff;if(min!=null){if(newStart<min){newStart=min}}}}if(this.options.zoomMin!==null){var zoomMin=parseFloat(this.options.zoomMin);if(zoomMin<0){zoomMin=0}if(newEnd-newStart<zoomMin){if(this.end-this.start===zoomMin&&newStart>this.start&&newEnd<this.end){newStart=this.start;newEnd=this.end}else{diff=zoomMin-(newEnd-newStart);newStart-=diff/2;newEnd+=diff/2}}}if(this.options.zoomMax!==null){var zoomMax=parseFloat(this.options.zoomMax);if(zoomMax<0){zoomMax=0}if(newEnd-newStart>zoomMax){if(this.end-this.start===zoomMax&&newStart<this.start&&newEnd>this.end){newStart=this.start;newEnd=this.end}else{diff=newEnd-newStart-zoomMax;newStart+=diff/2;newEnd-=diff/2}}}var changed=this.start!=newStart||this.end!=newEnd;if(!(newStart>=this.start&&newStart<=this.end||newEnd>=this.start&&newEnd<=this.end)&&!(this.start>=newStart&&this.start<=newEnd||this.end>=newStart&&this.end<=newEnd)){this.body.emitter.emit(\"checkRangedItems\")}this.start=newStart;this.end=newEnd;return changed};Range.prototype.getRange=function(){return{start:this.start,end:this.end}};Range.prototype.conversion=function(width,totalHidden){return Range.conversion(this.start,this.end,width,totalHidden)};Range.conversion=function(start,end,width,totalHidden){if(totalHidden===undefined){totalHidden=0}if(width!=0&&end-start!=0){return{offset:start,scale:width/(end-start-totalHidden)}}else{return{offset:0,scale:1}}};Range.prototype._onDragStart=function(event){this.deltaDifference=0;this.previousDelta=0;if(!this.options.moveable)return;if(!this._isInsideRange(event))return;if(!this.props.touch.allowDragging)return;this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.dragging=true;if(this.body.dom.root){this.body.dom.root.style.cursor=\"move\"}};Range.prototype._onDrag=function(event){if(!event)return;if(!this.props.touch.dragging)return;if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;var direction=this.options.direction;validateDirection(direction);var delta=direction==\"horizontal\"?event.deltaX:event.deltaY;delta-=this.deltaDifference;var interval=this.props.touch.end-this.props.touch.start;var duration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);interval-=duration;var width=direction==\"horizontal\"?this.body.domProps.center.width:this.body.domProps.center.height;if(this.options.rtl){var diffRange=delta/width*interval}else{var diffRange=-delta/width*interval}var newStart=this.props.touch.start+diffRange;var newEnd=this.props.touch.end+diffRange;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,this.previousDelta-delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,this.previousDelta-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){this.deltaDifference+=delta;this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this._onDrag(event);return}this.previousDelta=delta;this._applyRange(newStart,newEnd);var startDate=new Date(this.start);var endDate=new Date(this.end);this.body.emitter.emit(\"rangechange\",{start:startDate,end:endDate,byUser:true});this.body.emitter.emit(\"panmove\")};Range.prototype._onDragEnd=function(event){if(!this.props.touch.dragging)return;if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;this.props.touch.dragging=false;if(this.body.dom.root){this.body.dom.root.style.cursor=\"auto\"}this.body.emitter.emit(\"rangechanged\",{start:new Date(this.start),end:new Date(this.end),byUser:true})};Range.prototype._onMouseWheel=function(event){event.preventDefault();var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(this.options.zoomKey&&!event[this.options.zoomKey]&&this.options.zoomable||!this.options.zoomable&&this.options.moveable){if(this.options.horizontalScroll){var diff=delta*(this.end-this.start)/20;var newStart=this.start-diff;var newEnd=this.end-diff;this.setRange(newStart,newEnd)}return}if(!(this.options.zoomable&&this.options.moveable))return;if(!this._isInsideRange(event))return;if(delta){var scale;if(delta<0){scale=1-delta/5}else{scale=1/(1+delta/5)}var pointer=this.getPointer({x:event.clientX,y:event.clientY},this.body.dom.center);var pointerDate=this._pointerToDate(pointer);this.zoom(scale,pointerDate,delta)}};Range.prototype._onTouch=function(event){this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.allowDragging=true;this.props.touch.center=null;this.scaleOffset=0;this.deltaDifference=0};Range.prototype._onPinch=function(event){if(!(this.options.zoomable&&this.options.moveable))return;this.props.touch.allowDragging=false;if(!this.props.touch.center){this.props.touch.center=this.getPointer(event.center,this.body.dom.center)}var scale=1/(event.scale+this.scaleOffset);var centerDate=this._pointerToDate(this.props.touch.center);var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this,centerDate);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=centerDate-hiddenDurationBefore+(this.props.touch.start-(centerDate-hiddenDurationBefore))*scale;var newEnd=centerDate+hiddenDurationAfter+(this.props.touch.end-(centerDate+hiddenDurationAfter))*scale;this.startToFront=1-scale<=0;this.endToFront=scale-1<=0;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,1-scale,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,scale-1,true);if(safeStart!=newStart||safeEnd!=newEnd){this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this.scaleOffset=1-event.scale;newStart=safeStart;newEnd=safeEnd}this.setRange(newStart,newEnd,false,true);this.startToFront=false;this.endToFront=true};Range.prototype._isInsideRange=function(event){var clientX=event.center?event.center.x:event.clientX;if(this.options.rtl){var x=clientX-util.getAbsoluteLeft(this.body.dom.centerContainer)}else{var x=util.getAbsoluteRight(this.body.dom.centerContainer)-clientX}var time=this.body.util.toTime(x);return time>=this.start&&time<=this.end};Range.prototype._pointerToDate=function(pointer){var conversion;var direction=this.options.direction;validateDirection(direction);if(direction==\"horizontal\"){return this.body.util.toTime(pointer.x).valueOf()}else{var height=this.body.domProps.center.height;conversion=this.conversion(height);return pointer.y/conversion.scale+conversion.offset}};Range.prototype.getPointer=function(touch,element){if(this.options.rtl){return{x:util.getAbsoluteRight(element)-touch.x,y:touch.y-util.getAbsoluteTop(element)}}else{return{x:touch.x-util.getAbsoluteLeft(element),y:touch.y-util.getAbsoluteTop(element)}}};Range.prototype.zoom=function(scale,center,delta){if(center==null){center=(this.start+this.end)/2}var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this,center);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=center-hiddenDurationBefore+(this.start-(center-hiddenDurationBefore))*scale;var newEnd=center+hiddenDurationAfter+(this.end-(center+hiddenDurationAfter))*scale;this.startToFront=delta>0?false:true;this.endToFront=-delta>0?false:true;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){newStart=safeStart;newEnd=safeEnd}this.setRange(newStart,newEnd,false,true);this.startToFront=false;this.endToFront=true};Range.prototype.move=function(delta){var diff=this.end-this.start;var newStart=this.start+diff*delta;var newEnd=this.end+diff*delta;this.start=newStart;this.end=newEnd};Range.prototype.moveTo=function(moveTo){var center=(this.start+this.end)/2;var diff=center-moveTo;var newStart=this.start-diff;var newEnd=this.end-diff;this.setRange(newStart,newEnd)};module.exports=Range},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);function Component(body,options){this.options=null;this.props=null}Component.prototype.setOptions=function(options){if(options){util.extend(this.options,options)}};Component.prototype.redraw=function(){return false};Component.prototype.destroy=function(){};Component.prototype._isResized=function(){var resized=this.props._previousWidth!==this.props.width||this.props._previousHeight!==this.props.height;this.props._previousWidth=this.props.width;this.props._previousHeight=this.props.height;return resized};module.exports=Component},function(module,exports){\"use strict\";exports.convertHiddenOptions=function(moment,body,hiddenDates){if(hiddenDates&&!Array.isArray(hiddenDates)){return exports.convertHiddenOptions(moment,body,[hiddenDates])}body.hiddenDates=[];if(hiddenDates){if(Array.isArray(hiddenDates)==true){for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat===undefined){var dateItem={};dateItem.start=moment(hiddenDates[i].start).toDate().valueOf();dateItem.end=moment(hiddenDates[i].end).toDate().valueOf();body.hiddenDates.push(dateItem)}}body.hiddenDates.sort(function(a,b){return a.start-b.start})}}};exports.updateHiddenDates=function(moment,body,hiddenDates){if(hiddenDates&&!Array.isArray(hiddenDates)){return exports.updateHiddenDates(moment,body,[hiddenDates])}if(hiddenDates&&body.domProps.centerContainer.width!==undefined){exports.convertHiddenOptions(moment,body,hiddenDates);var start=moment(body.range.start);var end=moment(body.range.end);var totalRange=body.range.end-body.range.start;var pixelTime=totalRange/body.domProps.centerContainer.width;for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat!==undefined){var startDate=moment(hiddenDates[i].start);var endDate=moment(hiddenDates[i].end);if(startDate._d==\"Invalid Date\"){throw new Error(\"Supplied start date is not valid: \"+hiddenDates[i].start)}if(endDate._d==\"Invalid Date\"){throw new Error(\"Supplied end date is not valid: \"+hiddenDates[i].end)}var duration=endDate-startDate;if(duration>=4*pixelTime){var offset=0;var runUntil=end.clone();switch(hiddenDates[i].repeat){case\"daily\":if(startDate.day()!=endDate.day()){offset=1}startDate.dayOfYear(start.dayOfYear());startDate.year(start.year());startDate.subtract(7,\"days\");endDate.dayOfYear(start.dayOfYear());endDate.year(start.year());endDate.subtract(7-offset,\"days\");runUntil.add(1,\"weeks\");break;case\"weekly\":var dayOffset=endDate.diff(startDate,\"days\");var day=startDate.day();startDate.date(start.date());startDate.month(start.month());startDate.year(start.year());endDate=startDate.clone();startDate.day(day);endDate.day(day);endDate.add(dayOffset,\"days\");startDate.subtract(1,\"weeks\");endDate.subtract(1,\"weeks\");runUntil.add(1,\"weeks\");break;case\"monthly\":if(startDate.month()!=endDate.month()){offset=1}startDate.month(start.month());startDate.year(start.year());startDate.subtract(1,\"months\");endDate.month(start.month());endDate.year(start.year());endDate.subtract(1,\"months\");endDate.add(offset,\"months\");runUntil.add(1,\"months\");break;case\"yearly\":if(startDate.year()!=endDate.year()){offset=1}startDate.year(start.year());startDate.subtract(1,\"years\");endDate.year(start.year());endDate.subtract(1,\"years\");endDate.add(offset,\"years\");runUntil.add(1,\"years\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}while(startDate<runUntil){body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()});switch(hiddenDates[i].repeat){case\"daily\":startDate.add(1,\"days\");endDate.add(1,\"days\");break;case\"weekly\":startDate.add(1,\"weeks\");endDate.add(1,\"weeks\");break;case\"monthly\":startDate.add(1,\"months\");endDate.add(1,\"months\");break;case\"yearly\":startDate.add(1,\"y\");endDate.add(1,\"y\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}}body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()})}}}exports.removeDuplicates(body);var startHidden=exports.isHidden(body.range.start,body.hiddenDates);var endHidden=exports.isHidden(body.range.end,body.hiddenDates);var rangeStart=body.range.start;var rangeEnd=body.range.end;if(startHidden.hidden==true){rangeStart=body.range.startToFront==true?startHidden.startDate-1:startHidden.endDate+1}if(endHidden.hidden==true){rangeEnd=body.range.endToFront==true?endHidden.startDate-1:endHidden.endDate+1}if(startHidden.hidden==true||endHidden.hidden==true){body.range._applyRange(rangeStart,rangeEnd)}}};exports.removeDuplicates=function(body){var hiddenDates=body.hiddenDates;var safeDates=[];for(var i=0;i<hiddenDates.length;i++){for(var j=0;j<hiddenDates.length;j++){if(i!=j&&hiddenDates[j].remove!=true&&hiddenDates[i].remove!=true){if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[j].remove=true}else if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].start<=hiddenDates[i].end){hiddenDates[i].end=hiddenDates[j].end;hiddenDates[j].remove=true}else if(hiddenDates[j].end>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[i].start=hiddenDates[j].start;hiddenDates[j].remove=true}}}}for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].remove!==true){safeDates.push(hiddenDates[i])}}body.hiddenDates=safeDates;body.hiddenDates.sort(function(a,b){return a.start-b.start})};exports.printDates=function(dates){for(var i=0;i<dates.length;i++){console.log(i,new Date(dates[i].start),new Date(dates[i].end),dates[i].start,dates[i].end,dates[i].remove)}};exports.stepOverHiddenDates=function(moment,timeStep,previousTime){var stepInHidden=false;var currentValue=timeStep.current.valueOf();for(var i=0;i<timeStep.hiddenDates.length;i++){var startDate=timeStep.hiddenDates[i].start;var endDate=timeStep.hiddenDates[i].end;if(currentValue>=startDate&¤tValue<endDate){stepInHidden=true;break}}if(stepInHidden==true&¤tValue<timeStep._end.valueOf()&¤tValue!=previousTime){var prevValue=moment(previousTime);var newValue=moment(endDate);if(prevValue.year()!=newValue.year()){timeStep.switchedYear=true}else if(prevValue.month()!=newValue.month()){timeStep.switchedMonth=true}else if(prevValue.dayOfYear()!=newValue.dayOfYear()){timeStep.switchedDay=true}timeStep.current=newValue}};exports.toScreen=function(Core,time,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return(time.valueOf()-conversion.offset)*conversion.scale}else{var hidden=exports.isHidden(time,Core.body.hiddenDates);if(hidden.hidden==true){time=hidden.startDate}var duration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);if(time<Core.range.start){var conversion=Core.range.conversion(width,duration);var hiddenBeforeStart=exports.getHiddenDurationBeforeStart(Core.body.hiddenDates,time,conversion.offset);time=Core.options.moment(time).toDate().valueOf();time=time+hiddenBeforeStart;return-(conversion.offset-time.valueOf())*conversion.scale}else if(time>Core.range.end){var rangeAfterEnd={start:Core.range.start,end:time};time=exports.correctTimeForHidden(Core.options.moment,Core.body.hiddenDates,rangeAfterEnd,time);var conversion=Core.range.conversion(width,duration);return(time.valueOf()-conversion.offset)*conversion.scale}else{time=exports.correctTimeForHidden(Core.options.moment,Core.body.hiddenDates,Core.range,time);var conversion=Core.range.conversion(width,duration);return(time.valueOf()-conversion.offset)*conversion.scale}}};exports.toTime=function(Core,x,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return new Date(x/conversion.scale+conversion.offset)}else{var hiddenDuration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);var totalDuration=Core.range.end-Core.range.start-hiddenDuration;var partialDuration=totalDuration*x/width;var accumulatedHiddenDuration=exports.getAccumulatedHiddenDuration(Core.body.hiddenDates,Core.range,partialDuration);var newTime=new Date(accumulatedHiddenDuration+partialDuration+Core.range.start);return newTime}};exports.getHiddenDurationBetween=function(hiddenDates,start,end){var duration=0;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=start&&endDate<end){duration+=endDate-startDate}}return duration};exports.getHiddenDurationBeforeStart=function(hiddenDates,start,end){var duration=0;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=start&&endDate<=end){duration+=endDate-startDate}}return duration};exports.correctTimeForHidden=function(moment,hiddenDates,range,time){time=moment(time).toDate().valueOf();time-=exports.getHiddenDurationBefore(moment,hiddenDates,range,time);return time};exports.getHiddenDurationBefore=function(moment,hiddenDates,range,time){var timeOffset=0;time=moment(time).toDate().valueOf();for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){if(time>=endDate){timeOffset+=endDate-startDate}}}return timeOffset};exports.getAccumulatedHiddenDuration=function(hiddenDates,range,requiredDuration){var hiddenDuration=0;var duration=0;var previousPoint=range.start;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){duration+=startDate-previousPoint;previousPoint=endDate;if(duration>=requiredDuration){break}else{hiddenDuration+=endDate-startDate}}}return hiddenDuration};exports.snapAwayFromHidden=function(hiddenDates,time,direction,correctionEnabled){var isHidden=exports.isHidden(time,hiddenDates);if(isHidden.hidden==true){if(direction<0){if(correctionEnabled==true){return isHidden.startDate-(isHidden.endDate-time)-1}else{return isHidden.startDate-1}}else{if(correctionEnabled==true){return isHidden.endDate+(time-isHidden.startDate)+1}else{return isHidden.endDate+1}}}else{return time}};exports.isHidden=function(time,hiddenDates){for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(time>=startDate&&time<endDate){return{hidden:true,startDate:startDate,endDate:endDate};break}}return{hidden:false,startDate:startDate,endDate:endDate}}},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var Emitter=__webpack_require__(13);var Hammer=__webpack_require__(22);var hammerUtil=__webpack_require__(30);var util=__webpack_require__(1);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var Range=__webpack_require__(32);var ItemSet=__webpack_require__(36);var TimeAxis=__webpack_require__(46);var Activator=__webpack_require__(47);var DateUtil=__webpack_require__(34);var CustomTime=__webpack_require__(48);function Core(){}Emitter(Core.prototype);Core.prototype._create=function(container){this.dom={};this.dom.container=container;this.dom.root=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.backgroundVertical=document.createElement(\"div\");this.dom.backgroundHorizontal=document.createElement(\"div\");this.dom.centerContainer=document.createElement(\"div\");this.dom.leftContainer=document.createElement(\"div\");this.dom.rightContainer=document.createElement(\"div\");this.dom.center=document.createElement(\"div\");this.dom.left=document.createElement(\"div\");this.dom.right=document.createElement(\"div\");this.dom.top=document.createElement(\"div\");this.dom.bottom=document.createElement(\"div\");this.dom.shadowTop=document.createElement(\"div\");this.dom.shadowBottom=document.createElement(\"div\");this.dom.shadowTopLeft=document.createElement(\"div\");this.dom.shadowBottomLeft=document.createElement(\"div\");this.dom.shadowTopRight=document.createElement(\"div\");this.dom.shadowBottomRight=document.createElement(\"div\");this.dom.root.className=\"vis-timeline\";this.dom.background.className=\"vis-panel vis-background\";this.dom.backgroundVertical.className=\"vis-panel vis-background vis-vertical\";this.dom.backgroundHorizontal.className=\"vis-panel vis-background vis-horizontal\";this.dom.centerContainer.className=\"vis-panel vis-center\";this.dom.leftContainer.className=\"vis-panel vis-left\";this.dom.rightContainer.className=\"vis-panel vis-right\";this.dom.top.className=\"vis-panel vis-top\";this.dom.bottom.className=\"vis-panel vis-bottom\";this.dom.left.className=\"vis-content\";this.dom.center.className=\"vis-content\";this.dom.right.className=\"vis-content\";this.dom.shadowTop.className=\"vis-shadow vis-top\";this.dom.shadowBottom.className=\"vis-shadow vis-bottom\";this.dom.shadowTopLeft.className=\"vis-shadow vis-top\";this.dom.shadowBottomLeft.className=\"vis-shadow vis-bottom\";this.dom.shadowTopRight.className=\"vis-shadow vis-top\";this.dom.shadowBottomRight.className=\"vis-shadow vis-bottom\";this.dom.root.appendChild(this.dom.background);this.dom.root.appendChild(this.dom.backgroundVertical);this.dom.root.appendChild(this.dom.backgroundHorizontal);this.dom.root.appendChild(this.dom.centerContainer);this.dom.root.appendChild(this.dom.leftContainer);this.dom.root.appendChild(this.dom.rightContainer);this.dom.root.appendChild(this.dom.top);this.dom.root.appendChild(this.dom.bottom);this.dom.centerContainer.appendChild(this.dom.center);this.dom.leftContainer.appendChild(this.dom.left);this.dom.rightContainer.appendChild(this.dom.right);this.dom.centerContainer.appendChild(this.dom.shadowTop);this.dom.centerContainer.appendChild(this.dom.shadowBottom);this.dom.leftContainer.appendChild(this.dom.shadowTopLeft);this.dom.leftContainer.appendChild(this.dom.shadowBottomLeft);this.dom.rightContainer.appendChild(this.dom.shadowTopRight);this.dom.rightContainer.appendChild(this.dom.shadowBottomRight);this.props={root:{},background:{},centerContainer:{},leftContainer:{},rightContainer:{},center:{},left:{},right:{},top:{},bottom:{},border:{},scrollTop:0,scrollTopMin:0};this.on(\"rangechange\",function(){if(this.initialDrawDone===true){this._redraw()}}.bind(this));this.on(\"touch\",this._onTouch.bind(this));this.on(\"panmove\",this._onDrag.bind(this));var me=this;this.on(\"_change\",function(properties){if(properties&&properties.queue==true){if(!me._redrawTimer){me._redrawTimer=setTimeout(function(){me._redrawTimer=null;me._redraw()},0)}}else{me._redraw()}});this.hammer=new Hammer(this.dom.root);var pinchRecognizer=this.hammer.get(\"pinch\").set({enable:true});hammerUtil.disablePreventDefaultVertically(pinchRecognizer);this.hammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_HORIZONTAL});this.listeners={};var events=[\"tap\",\"doubletap\",\"press\",\"pinch\",\"pan\",\"panstart\",\"panmove\",\"panend\"];events.forEach(function(type){var listener=function listener(event){if(me.isActive()){me.emit(type,event)}};me.hammer.on(type,listener);me.listeners[type]=listener});hammerUtil.onTouch(this.hammer,function(event){me.emit(\"touch\",event)}.bind(this));hammerUtil.onRelease(this.hammer,function(event){me.emit(\"release\",event)}.bind(this));function onMouseWheel(event){if(this.isActive()){this.emit(\"mousewheel\",event)}if(!this.options.zoomKey||event[this.options.zoomKey])return;if(this.options.horizontalScroll)return;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}var current=this.props.scrollTop;var adjusted=current+delta*120;if(this.isActive()){this._setScrollTop(adjusted);if(this.options.verticalScroll){this.dom.left.parentNode.scrollTop=-adjusted;this.dom.right.parentNode.scrollTop=-adjusted}this._redraw();this.emit(\"scroll\",event)}event.preventDefault()}if(this.dom.centerContainer.addEventListener){this.dom.centerContainer.addEventListener(\"mousewheel\",onMouseWheel.bind(this),false);this.dom.centerContainer.addEventListener(\"DOMMouseScroll\",onMouseWheel.bind(this),false)}else{this.dom.centerContainer.attachEvent(\"onmousewheel\",onMouseWheel.bind(this))}function onMouseScrollSide(event){if(!me.options.verticalScroll)return;event.preventDefault();if(me.isActive()){var adjusted=-event.target.scrollTop;me._setScrollTop(adjusted);me._redraw();me.emit(\"scrollSide\",event)}}this.dom.left.parentNode.addEventListener(\"scroll\",onMouseScrollSide.bind(this));this.dom.right.parentNode.addEventListener(\"scroll\",onMouseScrollSide.bind(this));var itemAddedToTimeline=false;function handleDragOver(event){if(event.preventDefault){event.preventDefault()}if(!event.target.className.includes(\"vis\"))return;if(itemAddedToTimeline)return;event.dataTransfer.dropEffect=\"move\";itemAddedToTimeline=true;return false}function handleDrop(event){try{var itemData=JSON.parse(event.dataTransfer.getData(\"text/plain\"));if(!itemData.content)return}catch(err){return false}itemAddedToTimeline=false;event.center={x:event.x,y:event.y};me.itemSet._onAddItem(event);return false}this.dom.center.addEventListener(\"dragover\",handleDragOver.bind(this),false);this.dom.center.addEventListener(\"drop\",handleDrop.bind(this),false);this.customTimes=[];this.touch={};this.redrawCount=0;this.initialDrawDone=false;if(!container)throw new Error(\"No container provided\");container.appendChild(this.dom.root)};Core.prototype.setOptions=function(options){if(options){var fields=[\"width\",\"height\",\"minHeight\",\"maxHeight\",\"autoResize\",\"start\",\"end\",\"clickToUse\",\"dataAttributes\",\"hiddenDates\",\"locale\",\"locales\",\"moment\",\"rtl\",\"zoomKey\",\"horizontalScroll\",\"verticalScroll\"];util.selectiveExtend(fields,this.options,options);if(this.options.rtl){this.dom.container.style.direction=\"rtl\";this.dom.backgroundVertical.className=\"vis-panel vis-background vis-vertical-rtl\"}if(this.options.verticalScroll){if(this.options.rtl){this.dom.rightContainer.className=\"vis-panel vis-right vis-vertical-scroll\"}else{this.dom.leftContainer.className=\"vis-panel vis-left vis-vertical-scroll\"}}this.options.orientation={item:undefined,axis:undefined};if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation={item:options.orientation,axis:options.orientation}}else if(_typeof(options.orientation)===\"object\"){if(\"item\"in options.orientation){this.options.orientation.item=options.orientation.item}if(\"axis\"in options.orientation){this.options.orientation.axis=options.orientation.axis}}}if(this.options.orientation.axis===\"both\"){if(!this.timeAxis2){var timeAxis2=this.timeAxis2=new TimeAxis(this.body);timeAxis2.setOptions=function(options){var _options=options?util.extend({},options):{};_options.orientation=\"top\";TimeAxis.prototype.setOptions.call(timeAxis2,_options)};this.components.push(timeAxis2)}}else{if(this.timeAxis2){var index=this.components.indexOf(this.timeAxis2);if(index!==-1){this.components.splice(index,1)}this.timeAxis2.destroy();this.timeAxis2=null}}if(typeof options.drawPoints==\"function\"){options.drawPoints={onRender:options.drawPoints}}if(\"hiddenDates\"in this.options){DateUtil.convertHiddenOptions(this.options.moment,this.body,this.options.hiddenDates)}if(\"clickToUse\"in options){if(options.clickToUse){if(!this.activator){this.activator=new Activator(this.dom.root)}}else{if(this.activator){this.activator.destroy();delete this.activator}}}if(\"showCustomTime\"in options){throw new Error(\"Option `showCustomTime` is deprecated. Create a custom time bar via timeline.addCustomTime(time [, id])\")}this._initAutoResize()}this.components.forEach(function(component){return component.setOptions(options)});if(\"configure\"in options){if(!this.configurator){this.configurator=this._createConfigurator()}this.configurator.setOptions(options.configure);var appliedOptions=util.deepExtend({},this.options);this.components.forEach(function(component){util.deepExtend(appliedOptions,component.options)});this.configurator.setModuleOptions({global:appliedOptions})}if(!this._origRedraw){this._origRedraw=this._redraw.bind(this);this._redraw=util.throttle(this._origRedraw)}else{this._redraw()}};Core.prototype.isActive=function(){return!this.activator||this.activator.active};Core.prototype.destroy=function(){this.setItems(null);this.setGroups(null);this.off();this._stopAutoResize();if(this.dom.root.parentNode){this.dom.root.parentNode.removeChild(this.dom.root)}this.dom=null;if(this.activator){this.activator.destroy();delete this.activator}for(var event in this.listeners){if(this.listeners.hasOwnProperty(event)){delete this.listeners[event]}}this.listeners=null;this.hammer=null;this.components.forEach(function(component){return component.destroy()});this.body=null};Core.prototype.setCustomTime=function(time,id){var customTimes=this.customTimes.filter(function(component){return id===component.options.id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}if(customTimes.length>0){customTimes[0].setCustomTime(time)}};Core.prototype.getCustomTime=function(id){var customTimes=this.customTimes.filter(function(component){return component.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}return customTimes[0].getCustomTime()};Core.prototype.setCustomTimeTitle=function(title,id){var customTimes=this.customTimes.filter(function(component){return component.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}if(customTimes.length>0){return customTimes[0].setCustomTitle(title)}};Core.prototype.getEventProperties=function(event){return{event:event}};Core.prototype.addCustomTime=function(time,id){var timestamp=time!==undefined?util.convert(time,\"Date\").valueOf():new Date;var exists=this.customTimes.some(function(customTime){return customTime.options.id===id});if(exists){throw new Error(\"A custom time with id \"+JSON.stringify(id)+\" already exists\")}var customTime=new CustomTime(this.body,util.extend({},this.options,{time:timestamp,id:id}));this.customTimes.push(customTime);this.components.push(customTime);this._redraw();return id};Core.prototype.removeCustomTime=function(id){var customTimes=this.customTimes.filter(function(bar){return bar.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}customTimes.forEach(function(customTime){this.customTimes.splice(this.customTimes.indexOf(customTime),1);this.components.splice(this.components.indexOf(customTime),1);customTime.destroy();\n}.bind(this))};Core.prototype.getVisibleItems=function(){return this.itemSet&&this.itemSet.getVisibleItems()||[]};Core.prototype.fit=function(options){var range=this.getDataRange();if(range.min===null&&range.max===null){return}var interval=range.max-range.min;var min=new Date(range.min.valueOf()-interval*.01);var max=new Date(range.max.valueOf()+interval*.01);var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(min,max,animation)};Core.prototype.getDataRange=function(){throw new Error(\"Cannot invoke abstract method getDataRange\")};Core.prototype.setWindow=function(start,end,options){var animation;if(arguments.length==1){var range=arguments[0];animation=range.animation!==undefined?range.animation:true;this.range.setRange(range.start,range.end,animation)}else{animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(start,end,animation)}};Core.prototype.moveTo=function(time,options){var interval=this.range.end-this.range.start;var t=util.convert(time,\"Date\").valueOf();var start=t-interval/2;var end=t+interval/2;var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(start,end,animation)};Core.prototype.getWindow=function(){var range=this.range.getRange();return{start:new Date(range.start),end:new Date(range.end)}};Core.prototype.zoomIn=function(percentage){if(!percentage||percentage<0||percentage>1)return;var range=this.getWindow();var start=range.start.valueOf();var end=range.end.valueOf();var interval=end-start;var newInterval=interval/(1+percentage);var distance=(interval-newInterval)/2;var newStart=start+distance;var newEnd=end-distance;this.setWindow({start:newStart,end:newEnd})};Core.prototype.zoomOut=function(percentage){if(!percentage||percentage<0||percentage>1)return;var range=this.getWindow();var start=range.start.valueOf();var end=range.end.valueOf();var interval=end-start;var newStart=start-interval*percentage/2;var newEnd=end+interval*percentage/2;this.setWindow({start:newStart,end:newEnd})};Core.prototype.redraw=function(){this._redraw()};Core.prototype._redraw=function(){this.redrawCount++;var resized=false;var options=this.options;var props=this.props;var dom=this.dom;if(!dom||!dom.container||dom.root.offsetWidth==0)return;DateUtil.updateHiddenDates(this.options.moment,this.body,this.options.hiddenDates);if(options.orientation==\"top\"){util.addClassName(dom.root,\"vis-top\");util.removeClassName(dom.root,\"vis-bottom\")}else{util.removeClassName(dom.root,\"vis-top\");util.addClassName(dom.root,\"vis-bottom\")}dom.root.style.maxHeight=util.option.asSize(options.maxHeight,\"\");dom.root.style.minHeight=util.option.asSize(options.minHeight,\"\");dom.root.style.width=util.option.asSize(options.width,\"\");props.border.left=(dom.centerContainer.offsetWidth-dom.centerContainer.clientWidth)/2;props.border.right=props.border.left;props.border.top=(dom.centerContainer.offsetHeight-dom.centerContainer.clientHeight)/2;props.border.bottom=props.border.top;var borderRootHeight=dom.root.offsetHeight-dom.root.clientHeight;var borderRootWidth=dom.root.offsetWidth-dom.root.clientWidth;if(dom.centerContainer.clientHeight===0){props.border.left=props.border.top;props.border.right=props.border.left}if(dom.root.clientHeight===0){borderRootWidth=borderRootHeight}props.center.height=dom.center.offsetHeight;props.left.height=dom.left.offsetHeight;props.right.height=dom.right.offsetHeight;props.top.height=dom.top.clientHeight||-props.border.top;props.bottom.height=dom.bottom.clientHeight||-props.border.bottom;var contentHeight=Math.max(props.left.height,props.center.height,props.right.height);var autoHeight=props.top.height+contentHeight+props.bottom.height+borderRootHeight+props.border.top+props.border.bottom;dom.root.style.height=util.option.asSize(options.height,autoHeight+\"px\");props.root.height=dom.root.offsetHeight;props.background.height=props.root.height-borderRootHeight;var containerHeight=props.root.height-props.top.height-props.bottom.height-borderRootHeight;props.centerContainer.height=containerHeight;props.leftContainer.height=containerHeight;props.rightContainer.height=props.leftContainer.height;props.root.width=dom.root.offsetWidth;props.background.width=props.root.width-borderRootWidth;if(!this.initialDrawDone){props.scrollbarWidth=util.getScrollBarWidth()}if(this.options.verticalScroll){if(this.options.rtl){props.left.width=dom.leftContainer.clientWidth||-props.border.left;props.right.width=dom.rightContainer.clientWidth+props.scrollbarWidth||-props.border.right}else{props.left.width=dom.leftContainer.clientWidth+props.scrollbarWidth||-props.border.left;props.right.width=dom.rightContainer.clientWidth||-props.border.right}}else{props.left.width=dom.leftContainer.clientWidth||-props.border.left;props.right.width=dom.rightContainer.clientWidth||-props.border.right}props.leftContainer.width=props.left.width;props.rightContainer.width=props.right.width;var centerWidth=props.root.width-props.left.width-props.right.width-borderRootWidth;props.center.width=centerWidth;props.centerContainer.width=centerWidth;props.top.width=centerWidth;props.bottom.width=centerWidth;dom.background.style.height=props.background.height+\"px\";dom.backgroundVertical.style.height=props.background.height+\"px\";dom.backgroundHorizontal.style.height=props.centerContainer.height+\"px\";dom.centerContainer.style.height=props.centerContainer.height+\"px\";dom.leftContainer.style.height=props.leftContainer.height+\"px\";dom.rightContainer.style.height=props.rightContainer.height+\"px\";dom.background.style.width=props.background.width+\"px\";dom.backgroundVertical.style.width=props.centerContainer.width+\"px\";dom.backgroundHorizontal.style.width=props.background.width+\"px\";dom.centerContainer.style.width=props.center.width+\"px\";dom.top.style.width=props.top.width+\"px\";dom.bottom.style.width=props.bottom.width+\"px\";dom.background.style.left=\"0\";dom.background.style.top=\"0\";dom.backgroundVertical.style.left=props.left.width+props.border.left+\"px\";dom.backgroundVertical.style.top=\"0\";dom.backgroundHorizontal.style.left=\"0\";dom.backgroundHorizontal.style.top=props.top.height+\"px\";dom.centerContainer.style.left=props.left.width+\"px\";dom.centerContainer.style.top=props.top.height+\"px\";dom.leftContainer.style.left=\"0\";dom.leftContainer.style.top=props.top.height+\"px\";dom.rightContainer.style.left=props.left.width+props.center.width+\"px\";dom.rightContainer.style.top=props.top.height+\"px\";dom.top.style.left=props.left.width+\"px\";dom.top.style.top=\"0\";dom.bottom.style.left=props.left.width+\"px\";dom.bottom.style.top=props.top.height+props.centerContainer.height+\"px\";var offset=this._updateScrollTop();if(options.orientation.item!=\"top\"){offset+=Math.max(this.props.centerContainer.height-this.props.center.height-this.props.border.top-this.props.border.bottom,0)}dom.center.style.left=\"0\";dom.center.style.top=offset+\"px\";dom.left.style.left=\"0\";dom.right.style.left=\"0\";var visibilityTop=this.props.scrollTop==0?\"hidden\":\"\";var visibilityBottom=this.props.scrollTop==this.props.scrollTopMin?\"hidden\":\"\";dom.shadowTop.style.visibility=visibilityTop;dom.shadowBottom.style.visibility=visibilityBottom;dom.shadowTopLeft.style.visibility=visibilityTop;dom.shadowBottomLeft.style.visibility=visibilityBottom;dom.shadowTopRight.style.visibility=visibilityTop;dom.shadowBottomRight.style.visibility=visibilityBottom;if(this.options.verticalScroll){dom.shadowTopRight.style.visibility=\"hidden\";dom.shadowBottomRight.style.visibility=\"hidden\";dom.shadowTopLeft.style.visibility=\"hidden\";dom.shadowBottomLeft.style.visibility=\"hidden\"}else{dom.left.style.top=offset+\"px\";dom.right.style.top=offset+\"px\"}var contentsOverflow=this.props.center.height>this.props.centerContainer.height;this.hammer.get(\"pan\").set({direction:contentsOverflow?Hammer.DIRECTION_ALL:Hammer.DIRECTION_HORIZONTAL});this.components.forEach(function(component){resized=component.redraw()||resized});var MAX_REDRAW=5;if(resized){if(this.redrawCount<MAX_REDRAW){this.body.emitter.emit(\"_change\");return}else{console.log(\"WARNING: infinite loop in redraw?\")}}else{this.redrawCount=0}this.initialDrawDone=true;this.body.emitter.emit(\"changed\")};Core.prototype.repaint=function(){throw new Error(\"Function repaint is deprecated. Use redraw instead.\")};Core.prototype.setCurrentTime=function(time){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}this.currentTime.setCurrentTime(time)};Core.prototype.getCurrentTime=function(){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}return this.currentTime.getCurrentTime()};Core.prototype._toTime=function(x){return DateUtil.toTime(this,x,this.props.center.width)};Core.prototype._toGlobalTime=function(x){return DateUtil.toTime(this,x,this.props.root.width)};Core.prototype._toScreen=function(time){return DateUtil.toScreen(this,time,this.props.center.width)};Core.prototype._toGlobalScreen=function(time){return DateUtil.toScreen(this,time,this.props.root.width)};Core.prototype._initAutoResize=function(){if(this.options.autoResize==true){this._startAutoResize()}else{this._stopAutoResize()}};Core.prototype._startAutoResize=function(){var me=this;this._stopAutoResize();this._onResize=function(){if(me.options.autoResize!=true){me._stopAutoResize();return}if(me.dom.root){if(me.dom.root.offsetWidth!=me.props.lastWidth||me.dom.root.offsetHeight!=me.props.lastHeight){me.props.lastWidth=me.dom.root.offsetWidth;me.props.lastHeight=me.dom.root.offsetHeight;me.body.emitter.emit(\"_change\")}}};util.addEventListener(window,\"resize\",this._onResize);if(me.dom.root){me.props.lastWidth=me.dom.root.offsetWidth;me.props.lastHeight=me.dom.root.offsetHeight}this.watchTimer=setInterval(this._onResize,1e3)};Core.prototype._stopAutoResize=function(){if(this.watchTimer){clearInterval(this.watchTimer);this.watchTimer=undefined}if(this._onResize){util.removeEventListener(window,\"resize\",this._onResize);this._onResize=null}};Core.prototype._onTouch=function(event){this.touch.allowDragging=true;this.touch.initialScrollTop=this.props.scrollTop};Core.prototype._onPinch=function(event){this.touch.allowDragging=false};Core.prototype._onDrag=function(event){if(!event)return;if(!this.touch.allowDragging)return;var delta=event.deltaY;var oldScrollTop=this._getScrollTop();var newScrollTop=this._setScrollTop(this.touch.initialScrollTop+delta);if(this.options.verticalScroll){this.dom.left.parentNode.scrollTop=-this.props.scrollTop;this.dom.right.parentNode.scrollTop=-this.props.scrollTop}if(newScrollTop!=oldScrollTop){this.emit(\"verticalDrag\")}};Core.prototype._setScrollTop=function(scrollTop){this.props.scrollTop=scrollTop;this._updateScrollTop();return this.props.scrollTop};Core.prototype._updateScrollTop=function(){var scrollTopMin=Math.min(this.props.centerContainer.height-this.props.center.height,0);if(scrollTopMin!=this.props.scrollTopMin){if(this.options.orientation.item!=\"top\"){this.props.scrollTop+=scrollTopMin-this.props.scrollTopMin}this.props.scrollTopMin=scrollTopMin}if(this.props.scrollTop>0)this.props.scrollTop=0;if(this.props.scrollTop<scrollTopMin)this.props.scrollTop=scrollTopMin;return this.props.scrollTop};Core.prototype._getScrollTop=function(){return this.props.scrollTop};Core.prototype._createConfigurator=function(){throw new Error(\"Cannot invoke abstract method _createConfigurator\")};module.exports=Core},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var Hammer=__webpack_require__(22);var util=__webpack_require__(1);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var TimeStep=__webpack_require__(37);var Component=__webpack_require__(33);var Group=__webpack_require__(38);var BackgroundGroup=__webpack_require__(42);var BoxItem=__webpack_require__(43);var PointItem=__webpack_require__(44);var RangeItem=__webpack_require__(40);var BackgroundItem=__webpack_require__(45);var UNGROUPED=\"__ungrouped__\";var BACKGROUND=\"__background__\";function ItemSet(body,options){this.body=body;this.defaultOptions={type:null,orientation:{item:\"bottom\"},align:\"auto\",stack:true,groupOrderSwap:function groupOrderSwap(fromGroup,toGroup,groups){var targetOrder=toGroup.order;toGroup.order=fromGroup.order;fromGroup.order=targetOrder},groupOrder:\"order\",selectable:true,multiselect:false,itemsAlwaysDraggable:false,editable:{updateTime:false,updateGroup:false,add:false,remove:false},groupEditable:{order:false,add:false,remove:false},snap:TimeStep.snap,onAdd:function onAdd(item,callback){callback(item)},onUpdate:function onUpdate(item,callback){callback(item)},onMove:function onMove(item,callback){callback(item)},onRemove:function onRemove(item,callback){callback(item)},onMoving:function onMoving(item,callback){callback(item)},onAddGroup:function onAddGroup(item,callback){callback(item)},onMoveGroup:function onMoveGroup(item,callback){callback(item)},onRemoveGroup:function onRemoveGroup(item,callback){callback(item)},margin:{item:{horizontal:10,vertical:10},axis:20},tooltipOnItemUpdateTime:false};this.options=util.extend({},this.defaultOptions);this.options.rtl=options.rtl;this.itemOptions={type:{start:\"Date\",end:\"Date\"}};this.conversion={toScreen:body.util.toScreen,toTime:body.util.toTime};this.dom={};this.props={};this.hammer=null;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function add(event,params,senderId){me._onAdd(params.items)},update:function update(event,params,senderId){me._onUpdate(params.items)},remove:function remove(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function add(event,params,senderId){me._onAddGroups(params.items)},update:function update(event,params,senderId){me._onUpdateGroups(params.items)},remove:function remove(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.groups={};this.groupIds=[];this.selection=[];this.stackDirty=true;this.touchParams={};this.groupTouchParams={};this._create();this.setOptions(options)}ItemSet.prototype=new Component;ItemSet.types={background:BackgroundItem,box:BoxItem,range:RangeItem,point:PointItem};ItemSet.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"vis-itemset\";frame[\"timeline-itemset\"]=this;this.dom.frame=frame;var background=document.createElement(\"div\");background.className=\"vis-background\";frame.appendChild(background);this.dom.background=background;var foreground=document.createElement(\"div\");foreground.className=\"vis-foreground\";frame.appendChild(foreground);this.dom.foreground=foreground;var axis=document.createElement(\"div\");axis.className=\"vis-axis\";this.dom.axis=axis;var labelSet=document.createElement(\"div\");labelSet.className=\"vis-labelset\";this.dom.labelSet=labelSet;this._updateUngrouped();var backgroundGroup=new BackgroundGroup(BACKGROUND,null,this);backgroundGroup.show();this.groups[BACKGROUND]=backgroundGroup;this.hammer=new Hammer(this.body.dom.centerContainer);this.hammer.on(\"hammer.input\",function(event){if(event.isFirst){this._onTouch(event)}}.bind(this));this.hammer.on(\"panstart\",this._onDragStart.bind(this));this.hammer.on(\"panmove\",this._onDrag.bind(this));this.hammer.on(\"panend\",this._onDragEnd.bind(this));this.hammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_HORIZONTAL});this.hammer.on(\"tap\",this._onSelectItem.bind(this));this.hammer.on(\"press\",this._onMultiSelectItem.bind(this));this.hammer.on(\"doubletap\",this._onAddItem.bind(this));if(this.options.rtl){this.groupHammer=new Hammer(this.body.dom.rightContainer)}else{this.groupHammer=new Hammer(this.body.dom.leftContainer)}this.groupHammer.on(\"panstart\",this._onGroupDragStart.bind(this));this.groupHammer.on(\"panmove\",this._onGroupDrag.bind(this));this.groupHammer.on(\"panend\",this._onGroupDragEnd.bind(this));this.groupHammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_HORIZONTAL});this.body.dom.centerContainer.addEventListener(\"mouseover\",this._onMouseOver.bind(this));this.body.dom.centerContainer.addEventListener(\"mouseout\",this._onMouseOut.bind(this));this.show()};ItemSet.prototype.setOptions=function(options){if(options){var fields=[\"type\",\"rtl\",\"align\",\"order\",\"stack\",\"selectable\",\"multiselect\",\"itemsAlwaysDraggable\",\"multiselectPerGroup\",\"groupOrder\",\"dataAttributes\",\"template\",\"groupTemplate\",\"hide\",\"snap\",\"groupOrderSwap\",\"tooltipOnItemUpdateTime\"];util.selectiveExtend(fields,this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation.item=options.orientation===\"top\"?\"top\":\"bottom\"}else if(_typeof(options.orientation)===\"object\"&&\"item\"in options.orientation){this.options.orientation.item=options.orientation.item}}if(\"margin\"in options){if(typeof options.margin===\"number\"){this.options.margin.axis=options.margin;this.options.margin.item.horizontal=options.margin;this.options.margin.item.vertical=options.margin}else if(_typeof(options.margin)===\"object\"){util.selectiveExtend([\"axis\"],this.options.margin,options.margin);if(\"item\"in options.margin){if(typeof options.margin.item===\"number\"){this.options.margin.item.horizontal=options.margin.item;this.options.margin.item.vertical=options.margin.item}else if(_typeof(options.margin.item)===\"object\"){util.selectiveExtend([\"horizontal\",\"vertical\"],this.options.margin.item,options.margin.item)}}}}if(\"editable\"in options){if(typeof options.editable===\"boolean\"){this.options.editable.updateTime=options.editable;this.options.editable.updateGroup=options.editable;this.options.editable.add=options.editable;this.options.editable.remove=options.editable}else if(_typeof(options.editable)===\"object\"){util.selectiveExtend([\"updateTime\",\"updateGroup\",\"add\",\"remove\"],this.options.editable,options.editable)}}if(\"groupEditable\"in options){if(typeof options.groupEditable===\"boolean\"){this.options.groupEditable.order=options.groupEditable;this.options.groupEditable.add=options.groupEditable;this.options.groupEditable.remove=options.groupEditable}else if(_typeof(options.groupEditable)===\"object\"){util.selectiveExtend([\"order\",\"add\",\"remove\"],this.options.groupEditable,options.groupEditable)}}var addCallback=function(name){var fn=options[name];if(fn){if(!(fn instanceof Function)){throw new Error(\"option \"+name+\" must be a function \"+name+\"(item, callback)\")}this.options[name]=fn}}.bind(this);[\"onAdd\",\"onUpdate\",\"onRemove\",\"onMove\",\"onMoving\",\"onAddGroup\",\"onMoveGroup\",\"onRemoveGroup\"].forEach(addCallback);this.markDirty()}};ItemSet.prototype.markDirty=function(options){this.groupIds=[];this.stackDirty=true;if(options&&options.refreshItems){util.forEach(this.items,function(item){item.dirty=true;if(item.displayed)item.redraw()})}};ItemSet.prototype.destroy=function(){this.hide();this.setItems(null);this.setGroups(null);this.hammer=null;this.body=null;this.conversion=null};ItemSet.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.axis.parentNode){this.dom.axis.parentNode.removeChild(this.dom.axis)}if(this.dom.labelSet.parentNode){this.dom.labelSet.parentNode.removeChild(this.dom.labelSet)}};ItemSet.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}if(!this.dom.axis.parentNode){this.body.dom.backgroundVertical.appendChild(this.dom.axis)}if(!this.dom.labelSet.parentNode){if(this.options.rtl){this.body.dom.right.appendChild(this.dom.labelSet)}else{this.body.dom.left.appendChild(this.dom.labelSet)}}};ItemSet.prototype.setSelection=function(ids){var i,ii,id,item;if(ids==undefined)ids=[];if(!Array.isArray(ids))ids=[ids];for(i=0,ii=this.selection.length;i<ii;i++){id=this.selection[i];item=this.items[id];if(item)item.unselect()}this.selection=[];for(i=0,ii=ids.length;i<ii;i++){id=ids[i];item=this.items[id];if(item){this.selection.push(id);item.select()}}};ItemSet.prototype.getSelection=function(){return this.selection.concat([])};ItemSet.prototype.getVisibleItems=function(){var range=this.body.range.getRange();if(this.options.rtl){var right=this.body.util.toScreen(range.start);var left=this.body.util.toScreen(range.end)}else{var left=this.body.util.toScreen(range.start);var right=this.body.util.toScreen(range.end)}var ids=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){var group=this.groups[groupId];var rawVisibleItems=group.visibleItems;for(var i=0;i<rawVisibleItems.length;i++){var item=rawVisibleItems[i];if(this.options.rtl){if(item.right<left&&item.right+item.width>right){ids.push(item.id)}}else{if(item.left<right&&item.left+item.width>left){ids.push(item.id)}}}}}return ids};ItemSet.prototype._deselect=function(id){var selection=this.selection;for(var i=0,ii=selection.length;i<ii;i++){if(selection[i]==id){selection.splice(i,1);break}}};ItemSet.prototype.redraw=function(){var margin=this.options.margin,range=this.body.range,asSize=util.option.asSize,options=this.options,orientation=options.orientation.item,resized=false,frame=this.dom.frame;this.props.top=this.body.domProps.top.height+this.body.domProps.border.top;if(this.options.rtl){this.props.right=this.body.domProps.right.width+this.body.domProps.border.right}else{this.props.left=this.body.domProps.left.width+this.body.domProps.border.left}frame.className=\"vis-itemset\";resized=this._orderGroups()||resized;var visibleInterval=range.end-range.start;var zoomed=visibleInterval!=this.lastVisibleInterval||this.props.width!=this.props.lastWidth;if(zoomed)this.stackDirty=true;this.lastVisibleInterval=visibleInterval;this.props.lastWidth=this.props.width;var restack=this.stackDirty;var firstGroup=this._firstGroup();var firstMargin={item:margin.item,axis:margin.axis};var nonFirstMargin={item:margin.item,axis:margin.item.vertical/2};var height=0;var minHeight=margin.axis+margin.item.vertical;this.groups[BACKGROUND].redraw(range,nonFirstMargin,restack);util.forEach(this.groups,function(group){var groupMargin=group==firstGroup?firstMargin:nonFirstMargin;var groupResized=group.redraw(range,groupMargin,restack);resized=groupResized||resized;height+=group.height});height=Math.max(height,minHeight);this.stackDirty=false;frame.style.height=asSize(height);this.props.width=frame.offsetWidth;this.props.height=height;this.dom.axis.style.top=asSize(orientation==\"top\"?this.body.domProps.top.height+this.body.domProps.border.top:this.body.domProps.top.height+this.body.domProps.centerContainer.height);if(this.options.rtl){this.dom.axis.style.right=\"0\"}else{this.dom.axis.style.left=\"0\"}resized=this._isResized()||resized;return resized};ItemSet.prototype._firstGroup=function(){var firstGroupIndex=this.options.orientation.item==\"top\"?0:this.groupIds.length-1;var firstGroupId=this.groupIds[firstGroupIndex];var firstGroup=this.groups[firstGroupId]||this.groups[UNGROUPED];return firstGroup||null};ItemSet.prototype._updateUngrouped=function(){var ungrouped=this.groups[UNGROUPED];var background=this.groups[BACKGROUND];var item,itemId;if(this.groupsData){if(ungrouped){ungrouped.hide();delete this.groups[UNGROUPED];for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];item.parent&&item.parent.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];group&&group.add(item)||item.hide()}}}}else{if(!ungrouped){var id=null;var data=null;ungrouped=new Group(id,data,this);this.groups[UNGROUPED]=ungrouped;for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];ungrouped.add(item)}}ungrouped.show()}}};ItemSet.prototype.getLabelSet=function(){return this.dom.labelSet};ItemSet.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids);this._updateUngrouped()}this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype.getItems=function(){return this.itemsData};ItemSet.prototype.setGroups=function(groups){var me=this,ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.off(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;this._onRemoveGroups(ids)}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}this._updateUngrouped();this._order();this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype.getGroups=function(){return this.groupsData};ItemSet.prototype.removeItem=function(id){var item=this.itemsData.get(id),dataset=this.itemsData.getDataSet();if(item){this.options.onRemove(item,function(item){if(item){dataset.remove(id)}})}};ItemSet.prototype._getType=function(itemData){return itemData.type||this.options.type||(itemData.end?\"range\":\"box\")};ItemSet.prototype._getGroupId=function(itemData){var type=this._getType(itemData);if(type==\"background\"&&itemData.group==undefined){return BACKGROUND}else{return this.groupsData?itemData.group:UNGROUPED}};ItemSet.prototype._onUpdate=function(ids){var me=this;ids.forEach(function(id){var itemData=me.itemsData.get(id,me.itemOptions);var item=me.items[id];var type=itemData?me._getType(itemData):null;var constructor=ItemSet.types[type];var selected;if(item){if(!constructor||!(item instanceof constructor)){selected=item.selected;me._removeItem(item);item=null}else{me._updateItem(item,itemData)}}if(!item&&itemData){if(constructor){item=new constructor(itemData,me.conversion,me.options);item.id=id;me._addItem(item);if(selected){this.selection.push(id);item.select()}}else if(type==\"rangeoverflow\"){throw new TypeError('Item type \"rangeoverflow\" is deprecated. Use css styling instead: '+\".vis-item.vis-range .vis-item-content {overflow: visible;}\")}else{throw new TypeError('Unknown item type \"'+type+'\"')}}}.bind(this));this._order();this.stackDirty=true;this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype._onAdd=ItemSet.prototype._onUpdate;ItemSet.prototype._onRemove=function(ids){var count=0;var me=this;ids.forEach(function(id){var item=me.items[id];if(item){count++;me._removeItem(item)}});if(count){this._order();this.stackDirty=true;this.body.emitter.emit(\"_change\",{queue:true})}};ItemSet.prototype._order=function(){util.forEach(this.groups,function(group){group.order()})};ItemSet.prototype._onUpdateGroups=function(ids){this._onAddGroups(ids)};ItemSet.prototype._onAddGroups=function(ids){var me=this;ids.forEach(function(id){var groupData=me.groupsData.get(id);var group=me.groups[id];if(!group){if(id==UNGROUPED||id==BACKGROUND){throw new Error(\"Illegal group id. \"+id+\" is a reserved id.\")}var groupOptions=Object.create(me.options);util.extend(groupOptions,{height:null});group=new Group(id,groupData,me);me.groups[id]=group;for(var itemId in me.items){if(me.items.hasOwnProperty(itemId)){var item=me.items[itemId];if(item.data.group==id){group.add(item)}}}group.order();group.show()}else{group.setData(groupData)}});this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype._onRemoveGroups=function(ids){var groups=this.groups;ids.forEach(function(id){var group=groups[id];if(group){group.hide();delete groups[id]}});this.markDirty();this.body.emitter.emit(\"_change\",{queue:true})};ItemSet.prototype._orderGroups=function(){if(this.groupsData){var groupIds=this.groupsData.getIds({order:this.options.groupOrder});var changed=!util.equalArray(groupIds,this.groupIds);if(changed){var groups=this.groups;groupIds.forEach(function(groupId){groups[groupId].hide()});groupIds.forEach(function(groupId){groups[groupId].show()});this.groupIds=groupIds}return changed}else{return false}};ItemSet.prototype._addItem=function(item){this.items[item.id]=item;var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(group)group.add(item)};ItemSet.prototype._updateItem=function(item,itemData){var oldGroupId=item.data.group;var oldSubGroupId=item.data.subgroup;item.setData(itemData);if(oldGroupId!=item.data.group||oldSubGroupId!=item.data.subgroup){var oldGroup=this.groups[oldGroupId];if(oldGroup)oldGroup.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(group)group.add(item)}};ItemSet.prototype._removeItem=function(item){item.hide();delete this.items[item.id];var index=this.selection.indexOf(item.id);if(index!=-1)this.selection.splice(index,1);item.parent&&item.parent.remove(item)};ItemSet.prototype._constructByEndArray=function(array){var endArray=[];for(var i=0;i<array.length;i++){if(array[i]instanceof RangeItem){endArray.push(array[i])}}return endArray};ItemSet.prototype._onTouch=function(event){this.touchParams.item=this.itemFromTarget(event);this.touchParams.dragLeftItem=event.target.dragLeftItem||false;this.touchParams.dragRightItem=event.target.dragRightItem||false;this.touchParams.itemProps=null};ItemSet.prototype._getGroupIndex=function(groupId){for(var i=0;i<this.groupIds.length;i++){if(groupId==this.groupIds[i])return i}};ItemSet.prototype._onDragStart=function(event){var item=this.touchParams.item||null;var me=this;var props;if(item&&(item.selected||this.options.itemsAlwaysDraggable)){if(!this.options.editable.updateTime&&!this.options.editable.updateGroup&&!item.editable){return}if(item.editable===false){return}var dragLeftItem=this.touchParams.dragLeftItem;var dragRightItem=this.touchParams.dragRightItem;this.touchParams.itemIsDragging=true;if(dragLeftItem){props={item:dragLeftItem,initialX:event.center.x,dragLeft:true,data:this._cloneItemData(item.data)};this.touchParams.itemProps=[props]}else if(dragRightItem){props={item:dragRightItem,initialX:event.center.x,dragRight:true,data:this._cloneItemData(item.data)};this.touchParams.itemProps=[props]}else{this.touchParams.selectedItem=item;var baseGroupIndex=this._getGroupIndex(item.data.group);var itemsToDrag=this.options.itemsAlwaysDraggable&&!item.selected?[item.id]:this.getSelection();this.touchParams.itemProps=itemsToDrag.map(function(id){var item=me.items[id];var groupIndex=me._getGroupIndex(item.data.group);return{item:item,initialX:event.center.x,groupOffset:baseGroupIndex-groupIndex,data:this._cloneItemData(item.data)}}.bind(this))}event.stopPropagation()}else if(this.options.editable.add&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey)){this._onDragStartAddItem(event)}};ItemSet.prototype._onDragStartAddItem=function(event){var snap=this.options.snap||null;if(this.options.rtl){var xAbs=util.getAbsoluteRight(this.dom.frame);var x=xAbs-event.center.x+10}else{var xAbs=util.getAbsoluteLeft(this.dom.frame);var x=event.center.x-xAbs-10}var time=this.body.util.toTime(x);var scale=this.body.util.getScale();var step=this.body.util.getStep();var start=snap?snap(time,scale,step):time;var end=start;var itemData={type:\"range\",start:start,end:end,content:\"new item\"};var id=util.randomUUID();itemData[this.itemsData._fieldId]=id;var group=this.groupFromTarget(event);if(group){itemData.group=group.groupId}var newItem=new RangeItem(itemData,this.conversion,this.options);newItem.id=id;newItem.data=this._cloneItemData(itemData);this._addItem(newItem);var props={item:newItem,initialX:event.center.x,data:newItem.data};if(this.options.rtl){props.dragLeft=true}else{props.dragRight=true}this.touchParams.itemProps=[props];event.stopPropagation()};ItemSet.prototype._onDrag=function(event){\nif(this.touchParams.itemProps){event.stopPropagation();var me=this;var snap=this.options.snap||null;if(this.options.rtl){var xOffset=this.body.dom.root.offsetLeft+this.body.domProps.right.width}else{var xOffset=this.body.dom.root.offsetLeft+this.body.domProps.left.width}var scale=this.body.util.getScale();var step=this.body.util.getStep();var selectedItem=this.touchParams.selectedItem;var updateGroupAllowed=me.options.editable.updateGroup;var newGroupBase=null;if(updateGroupAllowed&&selectedItem){if(selectedItem.data.group!=undefined){var group=me.groupFromTarget(event);if(group){newGroupBase=this._getGroupIndex(group.groupId)}}}this.touchParams.itemProps.forEach(function(props){var current=me.body.util.toTime(event.center.x-xOffset);var initial=me.body.util.toTime(props.initialX-xOffset);if(this.options.rtl){var offset=-(current-initial)}else{var offset=current-initial}var itemData=this._cloneItemData(props.item.data);if(props.item.editable===false){return}var updateTimeAllowed=me.options.editable.updateTime||props.item.editable===true;if(updateTimeAllowed){if(props.dragLeft){if(this.options.rtl){if(itemData.end!=undefined){var initialEnd=util.convert(props.data.end,\"Date\");var end=new Date(initialEnd.valueOf()+offset);itemData.end=snap?snap(end,scale,step):end}}else{if(itemData.start!=undefined){var initialStart=util.convert(props.data.start,\"Date\");var start=new Date(initialStart.valueOf()+offset);itemData.start=snap?snap(start,scale,step):start}}}else if(props.dragRight){if(this.options.rtl){if(itemData.start!=undefined){var initialStart=util.convert(props.data.start,\"Date\");var start=new Date(initialStart.valueOf()+offset);itemData.start=snap?snap(start,scale,step):start}}else{if(itemData.end!=undefined){var initialEnd=util.convert(props.data.end,\"Date\");var end=new Date(initialEnd.valueOf()+offset);itemData.end=snap?snap(end,scale,step):end}}}else{if(itemData.start!=undefined){var initialStart=util.convert(props.data.start,\"Date\").valueOf();var start=new Date(initialStart+offset);if(itemData.end!=undefined){var initialEnd=util.convert(props.data.end,\"Date\");var duration=initialEnd.valueOf()-initialStart.valueOf();itemData.start=snap?snap(start,scale,step):start;itemData.end=new Date(itemData.start.valueOf()+duration)}else{itemData.start=snap?snap(start,scale,step):start}}}}var updateGroupAllowed=me.options.editable.updateGroup||props.item.editable===true;if(updateGroupAllowed&&!props.dragLeft&&!props.dragRight&&newGroupBase!=null){if(itemData.group!=undefined){var newOffset=newGroupBase-props.groupOffset;newOffset=Math.max(0,newOffset);newOffset=Math.min(me.groupIds.length-1,newOffset);itemData.group=me.groupIds[newOffset]}}itemData=this._cloneItemData(itemData);me.options.onMoving(itemData,function(itemData){if(itemData){props.item.setData(this._cloneItemData(itemData,\"Date\"))}}.bind(this))}.bind(this));this.stackDirty=true;this.body.emitter.emit(\"_change\")}};ItemSet.prototype._moveToGroup=function(item,groupId){var group=this.groups[groupId];if(group&&group.groupId!=item.data.group){var oldGroup=item.parent;oldGroup.remove(item);oldGroup.order();group.add(item);group.order();item.data.group=group.groupId}};ItemSet.prototype._onDragEnd=function(event){if(this.touchParams.itemProps){event.stopPropagation();var me=this;var dataset=this.itemsData.getDataSet();var itemProps=this.touchParams.itemProps;this.touchParams.itemProps=null;this.touchParams.itemIsDragging=false;itemProps.forEach(function(props){var id=props.item.id;var exists=me.itemsData.get(id,me.itemOptions)!=null;if(!exists){me.options.onAdd(props.item.data,function(itemData){me._removeItem(props.item);if(itemData){me.itemsData.getDataSet().add(itemData)}me.stackDirty=true;me.body.emitter.emit(\"_change\")})}else{var itemData=this._cloneItemData(props.item.data);me.options.onMove(itemData,function(itemData){if(itemData){itemData[dataset._fieldId]=id;dataset.update(itemData)}else{props.item.setData(props.data);me.stackDirty=true;me.body.emitter.emit(\"_change\")}})}}.bind(this))}};ItemSet.prototype._onGroupDragStart=function(event){if(this.options.groupEditable.order){this.groupTouchParams.group=this.groupFromTarget(event);if(this.groupTouchParams.group){event.stopPropagation();this.groupTouchParams.originalOrder=this.groupsData.getIds({order:this.options.groupOrder})}}};ItemSet.prototype._onGroupDrag=function(event){if(this.options.groupEditable.order&&this.groupTouchParams.group){event.stopPropagation();var group=this.groupFromTarget(event);if(group&&group.height!=this.groupTouchParams.group.height){var movingUp=group.top<this.groupTouchParams.group.top;var clientY=event.center?event.center.y:event.clientY;var targetGroupTop=util.getAbsoluteTop(group.dom.foreground);var draggedGroupHeight=this.groupTouchParams.group.height;if(movingUp){if(targetGroupTop+draggedGroupHeight<clientY){return}}else{var targetGroupHeight=group.height;if(targetGroupTop+targetGroupHeight-draggedGroupHeight>clientY){return}}}if(group&&group!=this.groupTouchParams.group){var groupsData=this.groupsData;var targetGroup=groupsData.get(group.groupId);var draggedGroup=groupsData.get(this.groupTouchParams.group.groupId);if(draggedGroup&&targetGroup){this.options.groupOrderSwap(draggedGroup,targetGroup,this.groupsData);this.groupsData.update(draggedGroup);this.groupsData.update(targetGroup)}var newOrder=this.groupsData.getIds({order:this.options.groupOrder});if(!util.equalArray(newOrder,this.groupTouchParams.originalOrder)){var groupsData=this.groupsData;var origOrder=this.groupTouchParams.originalOrder;var draggedId=this.groupTouchParams.group.groupId;var numGroups=Math.min(origOrder.length,newOrder.length);var curPos=0;var newOffset=0;var orgOffset=0;while(curPos<numGroups){while(curPos+newOffset<numGroups&&curPos+orgOffset<numGroups&&newOrder[curPos+newOffset]==origOrder[curPos+orgOffset]){curPos++}if(curPos+newOffset>=numGroups){break}if(newOrder[curPos+newOffset]==draggedId){newOffset=1;continue}else if(origOrder[curPos+orgOffset]==draggedId){orgOffset=1;continue}else{var slippedPosition=newOrder.indexOf(origOrder[curPos+orgOffset]);var switchGroup=groupsData.get(newOrder[curPos+newOffset]);var shouldBeGroup=groupsData.get(origOrder[curPos+orgOffset]);this.options.groupOrderSwap(switchGroup,shouldBeGroup,groupsData);groupsData.update(switchGroup);groupsData.update(shouldBeGroup);var switchGroupId=newOrder[curPos+newOffset];newOrder[curPos+newOffset]=origOrder[curPos+orgOffset];newOrder[slippedPosition]=switchGroupId;curPos++}}}}}};ItemSet.prototype._onGroupDragEnd=function(event){if(this.options.groupEditable.order&&this.groupTouchParams.group){event.stopPropagation();var me=this;var id=me.groupTouchParams.group.groupId;var dataset=me.groupsData.getDataSet();var groupData=util.extend({},dataset.get(id));me.options.onMoveGroup(groupData,function(groupData){if(groupData){groupData[dataset._fieldId]=id;dataset.update(groupData)}else{var newOrder=dataset.getIds({order:me.options.groupOrder});if(!util.equalArray(newOrder,me.groupTouchParams.originalOrder)){var origOrder=me.groupTouchParams.originalOrder;var numGroups=Math.min(origOrder.length,newOrder.length);var curPos=0;while(curPos<numGroups){while(curPos<numGroups&&newOrder[curPos]==origOrder[curPos]){curPos++}if(curPos>=numGroups){break}var slippedPosition=newOrder.indexOf(origOrder[curPos]);var switchGroup=dataset.get(newOrder[curPos]);var shouldBeGroup=dataset.get(origOrder[curPos]);me.options.groupOrderSwap(switchGroup,shouldBeGroup,dataset);groupsData.update(switchGroup);groupsData.update(shouldBeGroup);var switchGroupId=newOrder[curPos];newOrder[curPos]=origOrder[curPos];newOrder[slippedPosition]=switchGroupId;curPos++}}}});me.body.emitter.emit(\"groupDragged\",{groupId:id})}};ItemSet.prototype._onSelectItem=function(event){if(!this.options.selectable)return;var ctrlKey=event.srcEvent&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey);var shiftKey=event.srcEvent&&event.srcEvent.shiftKey;if(ctrlKey||shiftKey){this._onMultiSelectItem(event);return}var oldSelection=this.getSelection();var item=this.itemFromTarget(event);var selection=item?[item.id]:[];this.setSelection(selection);var newSelection=this.getSelection();if(newSelection.length>0||oldSelection.length>0){this.body.emitter.emit(\"select\",{items:newSelection,event:event})}};ItemSet.prototype._onMouseOver=function(event){var item=this.itemFromTarget(event);if(!item)return;this.body.emitter.emit(\"itemover\",{item:item.id,event:event})};ItemSet.prototype._onMouseOut=function(event){var item=this.itemFromTarget(event);if(!item)return;this.body.emitter.emit(\"itemout\",{item:item.id,event:event})};ItemSet.prototype._onAddItem=function(event){if(!this.options.selectable)return;if(!this.options.editable.add)return;var me=this;var snap=this.options.snap||null;var item=this.itemFromTarget(event);if(item){var itemData=me.itemsData.get(item.id);this.options.onUpdate(itemData,function(itemData){if(itemData){me.itemsData.getDataSet().update(itemData)}})}else{if(this.options.rtl){var xAbs=util.getAbsoluteRight(this.dom.frame);var x=xAbs-event.center.x}else{var xAbs=util.getAbsoluteLeft(this.dom.frame);var x=event.center.x-xAbs}var start=this.body.util.toTime(x);var scale=this.body.util.getScale();var step=this.body.util.getStep();var newItemData={start:snap?snap(start,scale,step):start,content:\"new item\"};if(event.type==\"drop\"){var itemData=JSON.parse(event.dataTransfer.getData(\"text/plain\"));newItemData.content=itemData.content;newItemData.type=itemData.type||\"box\";newItemData[this.itemsData._fieldId]=itemData.id||util.randomUUID();if(itemData.type==\"range\"||itemData.end&&itemData.start){if(!itemData.end){var end=this.body.util.toTime(x+this.props.width/5);newItemData.end=snap?snap(end,scale,step):end}else{newItemData.end=new Date(newItemData.start._i).getTime()+new Date(itemData.end).getTime()-new Date(itemData.start).getTime()}}}else{newItemData[this.itemsData._fieldId]=util.randomUUID();if(this.options.type===\"range\"){var end=this.body.util.toTime(x+this.props.width/5);newItemData.end=snap?snap(end,scale,step):end}}var group=this.groupFromTarget(event);if(group){newItemData.group=group.groupId}newItemData=this._cloneItemData(newItemData);this.options.onAdd(newItemData,function(item){if(item){me.itemsData.getDataSet().add(item);if(event.type==\"drop\"){me.setSelection([item.id])}}})}};ItemSet.prototype._onMultiSelectItem=function(event){if(!this.options.selectable)return;var item=this.itemFromTarget(event);if(item){var selection=this.options.multiselect?this.getSelection():[];var shiftKey=event.srcEvent&&event.srcEvent.shiftKey||false;if(shiftKey&&this.options.multiselect){var itemGroup=this.itemsData.get(item.id).group;var lastSelectedGroup=undefined;if(this.options.multiselectPerGroup){if(selection.length>0){lastSelectedGroup=this.itemsData.get(selection[0]).group}}if(!this.options.multiselectPerGroup||lastSelectedGroup==undefined||lastSelectedGroup==itemGroup){selection.push(item.id)}var range=ItemSet._getItemRange(this.itemsData.get(selection,this.itemOptions));if(!this.options.multiselectPerGroup||lastSelectedGroup==itemGroup){selection=[];for(var id in this.items){if(this.items.hasOwnProperty(id)){var _item=this.items[id];var start=_item.data.start;var end=_item.data.end!==undefined?_item.data.end:start;if(start>=range.min&&end<=range.max&&(!this.options.multiselectPerGroup||lastSelectedGroup==this.itemsData.get(_item.id).group)&&!(_item instanceof BackgroundItem)){selection.push(_item.id)}}}}}else{var index=selection.indexOf(item.id);if(index==-1){selection.push(item.id)}else{selection.splice(index,1)}}this.setSelection(selection);this.body.emitter.emit(\"select\",{items:this.getSelection(),event:event})}};ItemSet._getItemRange=function(itemsData){var max=null;var min=null;itemsData.forEach(function(data){if(min==null||data.start<min){min=data.start}if(data.end!=undefined){if(max==null||data.end>max){max=data.end}}else{if(max==null||data.start>max){max=data.start}}});return{min:min,max:max}};ItemSet.prototype.itemFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-item\")){return target[\"timeline-item\"]}target=target.parentNode}return null};ItemSet.prototype.groupFromTarget=function(event){var clientY=event.center?event.center.y:event.clientY;for(var i=0;i<this.groupIds.length;i++){var groupId=this.groupIds[i];var group=this.groups[groupId];var foreground=group.dom.foreground;var top=util.getAbsoluteTop(foreground);if(clientY>top&&clientY<top+foreground.offsetHeight){return group}if(this.options.orientation.item===\"top\"){if(i===this.groupIds.length-1&&clientY>top){return group}}else{if(i===0&&clientY<top+foreground.offset){return group}}}return null};ItemSet.itemSetFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-itemset\")){return target[\"timeline-itemset\"]}target=target.parentNode}return null};ItemSet.prototype._cloneItemData=function(itemData,type){var clone=util.extend({},itemData);if(!type){type=this.itemsData.getDataSet()._options.type}if(clone.start!=undefined){clone.start=util.convert(clone.start,type&&type.start||\"Date\")}if(clone.end!=undefined){clone.end=util.convert(clone.end,type&&type.end||\"Date\")}return clone};module.exports=ItemSet},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(2);var DateUtil=__webpack_require__(34);var util=__webpack_require__(1);function TimeStep(start,end,minimumStep,hiddenDates){this.moment=moment;this.current=this.moment();this._start=this.moment();this._end=this.moment();this.autoScale=true;this.scale=\"day\";this.step=1;this.setRange(start,end,minimumStep);this.switchedDay=false;this.switchedMonth=false;this.switchedYear=false;if(Array.isArray(hiddenDates)){this.hiddenDates=hiddenDates}else if(hiddenDates!=undefined){this.hiddenDates=[hiddenDates]}else{this.hiddenDates=[]}this.format=TimeStep.FORMAT}TimeStep.FORMAT={minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}};TimeStep.prototype.setMoment=function(moment){this.moment=moment;this.current=this.moment(this.current.valueOf());this._start=this.moment(this._start.valueOf());this._end=this.moment(this._end.valueOf())};TimeStep.prototype.setFormat=function(format){var defaultFormat=util.deepExtend({},TimeStep.FORMAT);this.format=util.deepExtend(defaultFormat,format)};TimeStep.prototype.setRange=function(start,end,minimumStep){if(!(start instanceof Date)||!(end instanceof Date)){throw\"No legal start or end date in method setRange\"}this._start=start!=undefined?this.moment(start.valueOf()):new Date;this._end=end!=undefined?this.moment(end.valueOf()):new Date;if(this.autoScale){this.setMinimumStep(minimumStep)}};TimeStep.prototype.start=function(){this.current=this._start.clone();this.roundToMinor()};TimeStep.prototype.roundToMinor=function(){switch(this.scale){case\"year\":this.current.year(this.step*Math.floor(this.current.year()/this.step));this.current.month(0);case\"month\":this.current.date(1);case\"day\":case\"weekday\":this.current.hours(0);case\"hour\":this.current.minutes(0);case\"minute\":this.current.seconds(0);case\"second\":this.current.milliseconds(0)}if(this.step!=1){switch(this.scale){case\"millisecond\":this.current.subtract(this.current.milliseconds()%this.step,\"milliseconds\");break;case\"second\":this.current.subtract(this.current.seconds()%this.step,\"seconds\");break;case\"minute\":this.current.subtract(this.current.minutes()%this.step,\"minutes\");break;case\"hour\":this.current.subtract(this.current.hours()%this.step,\"hours\");break;case\"weekday\":case\"day\":this.current.subtract((this.current.date()-1)%this.step,\"day\");break;case\"month\":this.current.subtract(this.current.month()%this.step,\"month\");break;case\"year\":this.current.subtract(this.current.year()%this.step,\"year\");break;default:break}}};TimeStep.prototype.hasNext=function(){return this.current.valueOf()<=this._end.valueOf()};TimeStep.prototype.next=function(){var prev=this.current.valueOf();if(this.current.month()<6){switch(this.scale){case\"millisecond\":this.current.add(this.step,\"millisecond\");break;case\"second\":this.current.add(this.step,\"second\");break;case\"minute\":this.current.add(this.step,\"minute\");break;case\"hour\":this.current.add(this.step,\"hour\");this.current.subtract(this.current.hours()%this.step,\"hour\");break;case\"weekday\":case\"day\":this.current.add(this.step,\"day\");break;case\"month\":this.current.add(this.step,\"month\");break;case\"year\":this.current.add(this.step,\"year\");break;default:break}}else{switch(this.scale){case\"millisecond\":this.current.add(this.step,\"millisecond\");break;case\"second\":this.current.add(this.step,\"second\");break;case\"minute\":this.current.add(this.step,\"minute\");break;case\"hour\":this.current.add(this.step,\"hour\");break;case\"weekday\":case\"day\":this.current.add(this.step,\"day\");break;case\"month\":this.current.add(this.step,\"month\");break;case\"year\":this.current.add(this.step,\"year\");break;default:break}}if(this.step!=1){switch(this.scale){case\"millisecond\":if(this.current.milliseconds()<this.step)this.current.milliseconds(0);break;case\"second\":if(this.current.seconds()<this.step)this.current.seconds(0);break;case\"minute\":if(this.current.minutes()<this.step)this.current.minutes(0);break;case\"hour\":if(this.current.hours()<this.step)this.current.hours(0);break;case\"weekday\":case\"day\":if(this.current.date()<this.step+1)this.current.date(1);break;case\"month\":if(this.current.month()<this.step)this.current.month(0);break;case\"year\":break;default:break}}if(this.current.valueOf()==prev){this.current=this._end.clone()}this.switchedDay=false;this.switchedMonth=false;this.switchedYear=false;DateUtil.stepOverHiddenDates(this.moment,this,prev)};TimeStep.prototype.getCurrent=function(){return this.current};TimeStep.prototype.setScale=function(params){if(params&&typeof params.scale==\"string\"){this.scale=params.scale;this.step=params.step>0?params.step:1;this.autoScale=false}};TimeStep.prototype.setAutoScale=function(enable){this.autoScale=enable};TimeStep.prototype.setMinimumStep=function(minimumStep){if(minimumStep==undefined){return}var stepYear=1e3*60*60*24*30*12;var stepMonth=1e3*60*60*24*30;var stepDay=1e3*60*60*24;var stepHour=1e3*60*60;var stepMinute=1e3*60;var stepSecond=1e3;var stepMillisecond=1;if(stepYear*1e3>minimumStep){this.scale=\"year\";this.step=1e3}if(stepYear*500>minimumStep){this.scale=\"year\";this.step=500}if(stepYear*100>minimumStep){this.scale=\"year\";this.step=100}if(stepYear*50>minimumStep){this.scale=\"year\";this.step=50}if(stepYear*10>minimumStep){this.scale=\"year\";this.step=10}if(stepYear*5>minimumStep){this.scale=\"year\";this.step=5}if(stepYear>minimumStep){this.scale=\"year\";this.step=1}if(stepMonth*3>minimumStep){this.scale=\"month\";this.step=3}if(stepMonth>minimumStep){this.scale=\"month\";this.step=1}if(stepDay*5>minimumStep){this.scale=\"day\";this.step=5}if(stepDay*2>minimumStep){this.scale=\"day\";this.step=2}if(stepDay>minimumStep){this.scale=\"day\";this.step=1}if(stepDay/2>minimumStep){this.scale=\"weekday\";this.step=1}if(stepHour*4>minimumStep){this.scale=\"hour\";this.step=4}if(stepHour>minimumStep){this.scale=\"hour\";this.step=1}if(stepMinute*15>minimumStep){this.scale=\"minute\";this.step=15}if(stepMinute*10>minimumStep){this.scale=\"minute\";this.step=10}if(stepMinute*5>minimumStep){this.scale=\"minute\";this.step=5}if(stepMinute>minimumStep){this.scale=\"minute\";this.step=1}if(stepSecond*15>minimumStep){this.scale=\"second\";this.step=15}if(stepSecond*10>minimumStep){this.scale=\"second\";this.step=10}if(stepSecond*5>minimumStep){this.scale=\"second\";this.step=5}if(stepSecond>minimumStep){this.scale=\"second\";this.step=1}if(stepMillisecond*200>minimumStep){this.scale=\"millisecond\";this.step=200}if(stepMillisecond*100>minimumStep){this.scale=\"millisecond\";this.step=100}if(stepMillisecond*50>minimumStep){this.scale=\"millisecond\";this.step=50}if(stepMillisecond*10>minimumStep){this.scale=\"millisecond\";this.step=10}if(stepMillisecond*5>minimumStep){this.scale=\"millisecond\";this.step=5}if(stepMillisecond>minimumStep){this.scale=\"millisecond\";this.step=1}};TimeStep.snap=function(date,scale,step){var clone=moment(date);if(scale==\"year\"){var year=clone.year()+Math.round(clone.month()/12);clone.year(Math.round(year/step)*step);clone.month(0);clone.date(0);clone.hours(0);clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"month\"){if(clone.date()>15){clone.date(1);clone.add(1,\"month\")}else{clone.date(1)}clone.hours(0);clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"day\"){switch(step){case 5:case 2:clone.hours(Math.round(clone.hours()/24)*24);break;default:clone.hours(Math.round(clone.hours()/12)*12);break}clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"weekday\"){switch(step){case 5:case 2:clone.hours(Math.round(clone.hours()/12)*12);break;default:clone.hours(Math.round(clone.hours()/6)*6);break}clone.minutes(0);clone.seconds(0);clone.milliseconds(0)}else if(scale==\"hour\"){switch(step){case 4:clone.minutes(Math.round(clone.minutes()/60)*60);break;default:clone.minutes(Math.round(clone.minutes()/30)*30);break}clone.seconds(0);clone.milliseconds(0)}else if(scale==\"minute\"){switch(step){case 15:case 10:clone.minutes(Math.round(clone.minutes()/5)*5);clone.seconds(0);break;case 5:clone.seconds(Math.round(clone.seconds()/60)*60);break;default:clone.seconds(Math.round(clone.seconds()/30)*30);break}clone.milliseconds(0)}else if(scale==\"second\"){switch(step){case 15:case 10:clone.seconds(Math.round(clone.seconds()/5)*5);clone.milliseconds(0);break;case 5:clone.milliseconds(Math.round(clone.milliseconds()/1e3)*1e3);break;default:clone.milliseconds(Math.round(clone.milliseconds()/500)*500);break}}else if(scale==\"millisecond\"){var _step=step>5?step/2:1;clone.milliseconds(Math.round(clone.milliseconds()/_step)*_step)}return clone};TimeStep.prototype.isMajor=function(){if(this.switchedYear==true){switch(this.scale){case\"year\":case\"month\":case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedMonth==true){switch(this.scale){case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedDay==true){switch(this.scale){case\"millisecond\":case\"second\":case\"minute\":case\"hour\":return true;default:return false}}var date=this.moment(this.current);switch(this.scale){case\"millisecond\":return date.milliseconds()==0;case\"second\":return date.seconds()==0;case\"minute\":return date.hours()==0&&date.minutes()==0;case\"hour\":return date.hours()==0;case\"weekday\":case\"day\":return date.date()==1;case\"month\":return date.month()==0;case\"year\":return false;default:return false}};TimeStep.prototype.getLabelMinor=function(date){if(date==undefined){date=this.current}if(typeof this.format.minorLabels===\"function\"){return this.format.minorLabels(date,this.scale,this.step)}var format=this.format.minorLabels[this.scale];return format&&format.length>0?this.moment(date).format(format):\"\"};TimeStep.prototype.getLabelMajor=function(date){if(date==undefined){date=this.current}if(typeof this.format.majorLabels===\"function\"){return this.format.majorLabels(date,this.scale,this.step)}var format=this.format.majorLabels[this.scale];return format&&format.length>0?this.moment(date).format(format):\"\"};TimeStep.prototype.getClassName=function(){var _moment=this.moment;var m=this.moment(this.current);var current=m.locale?m.locale(\"en\"):m.lang(\"en\");var step=this.step;function even(value){return value/step%2==0?\" vis-even\":\" vis-odd\"}function today(date){if(date.isSame(new Date,\"day\")){return\" vis-today\"}if(date.isSame(_moment().add(1,\"day\"),\"day\")){return\" vis-tomorrow\"}if(date.isSame(_moment().add(-1,\"day\"),\"day\")){return\" vis-yesterday\"}return\"\"}function currentWeek(date){return date.isSame(new Date,\"week\")?\" vis-current-week\":\"\"}function currentMonth(date){return date.isSame(new Date,\"month\")?\" vis-current-month\":\"\"}function currentYear(date){return date.isSame(new Date,\"year\")?\" vis-current-year\":\"\"}switch(this.scale){case\"millisecond\":return today(current)+even(current.milliseconds()).trim();case\"second\":return today(current)+even(current.seconds()).trim();case\"minute\":return today(current)+even(current.minutes()).trim();case\"hour\":return\"vis-h\"+current.hours()+(this.step==4?\"-h\"+(current.hours()+4):\"\")+today(current)+even(current.hours());case\"weekday\":return\"vis-\"+current.format(\"dddd\").toLowerCase()+today(current)+currentWeek(current)+even(current.date());case\"day\":return\"vis-day\"+current.date()+\" vis-\"+current.format(\"MMMM\").toLowerCase()+today(current)+currentMonth(current)+this.step<=2?today(current):\"\"+this.step<=2?\" vis-\"+current.format(\"dddd\").toLowerCase():\"\"+even(current.date()-1);case\"month\":return\"vis-\"+current.format(\"MMMM\").toLowerCase()+currentMonth(current)+even(current.month());case\"year\":var year=current.year();return\"vis-year\"+year+currentYear(current)+even(year);default:return\"\"}};module.exports=TimeStep},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var stack=__webpack_require__(39);var RangeItem=__webpack_require__(40);function Group(groupId,data,itemSet){this.groupId=groupId;this.subgroups={};this.subgroupIndex=0;this.subgroupOrderer=data&&data.subgroupOrder;this.itemSet=itemSet;this.isVisible=null;this.dom={};this.props={label:{width:0,height:0}};this.className=null;this.items={};this.visibleItems=[];this.orderedItems={byStart:[],byEnd:[]};this.checkRangedItems=false;var me=this;this.itemSet.body.emitter.on(\"checkRangedItems\",function(){me.checkRangedItems=true});this._create();this.setData(data)}Group.prototype._create=function(){var label=document.createElement(\"div\");if(this.itemSet.options.groupEditable.order){label.className=\"vis-label draggable\"}else{label.className=\"vis-label\"}this.dom.label=label;var inner=document.createElement(\"div\");inner.className=\"vis-inner\";label.appendChild(inner);this.dom.inner=inner;var foreground=document.createElement(\"div\");foreground.className=\"vis-group\";foreground[\"timeline-group\"]=this;this.dom.foreground=foreground;this.dom.background=document.createElement(\"div\");this.dom.background.className=\"vis-group\";this.dom.axis=document.createElement(\"div\");this.dom.axis.className=\"vis-group\";this.dom.marker=document.createElement(\"div\");this.dom.marker.style.visibility=\"hidden\";this.dom.marker.innerHTML=\"?\";this.dom.background.appendChild(this.dom.marker)};Group.prototype.setData=function(data){var content;var templateFunction;if(this.itemSet.options&&this.itemSet.options.groupTemplate){templateFunction=this.itemSet.options.groupTemplate.bind(this);content=templateFunction(data,this.dom.inner)}else{content=data&&data.content}if(content instanceof Element){this.dom.inner.appendChild(content);while(this.dom.inner.firstChild){this.dom.inner.removeChild(this.dom.inner.firstChild)}this.dom.inner.appendChild(content)}else if(content instanceof Object){templateFunction(data,this.dom.inner)}else if(content!==undefined&&content!==null){this.dom.inner.innerHTML=content}else{this.dom.inner.innerHTML=this.groupId||\"\"}this.dom.label.title=data&&data.title||\"\";if(!this.dom.inner.firstChild){util.addClassName(this.dom.inner,\"vis-hidden\")}else{util.removeClassName(this.dom.inner,\"vis-hidden\")}var className=data&&data.className||null;if(className!=this.className){if(this.className){util.removeClassName(this.dom.label,this.className);util.removeClassName(this.dom.foreground,this.className);util.removeClassName(this.dom.background,this.className);util.removeClassName(this.dom.axis,this.className)}util.addClassName(this.dom.label,className);util.addClassName(this.dom.foreground,className);util.addClassName(this.dom.background,className);util.addClassName(this.dom.axis,className);this.className=className}if(this.style){util.removeCssText(this.dom.label,this.style);this.style=null}if(data&&data.style){util.addCssText(this.dom.label,data.style);this.style=data.style}};Group.prototype.getLabelWidth=function(){return this.props.label.width};Group.prototype.redraw=function(range,margin,restack){var resized=false;var markerHeight=this.dom.marker.clientHeight;if(markerHeight!=this.lastMarkerHeight){this.lastMarkerHeight=markerHeight;util.forEach(this.items,function(item){item.dirty=true;if(item.displayed)item.redraw()});restack=true}this._calculateSubGroupHeights();this.isVisible=this._isGroupVisible(range,margin);var foreground=this.dom.foreground;this.top=foreground.offsetTop;this.right=foreground.offsetLeft;this.width=foreground.offsetWidth;this.isVisible=this._isGroupVisible(range,margin);if(typeof this.itemSet.options.order===\"function\"){if(restack){var me=this;var limitSize=false;util.forEach(this.items,function(item){if(!item.displayed){item.redraw();me.visibleItems.push(item)}item.repositionX(limitSize)});var customOrderedItems=this.orderedItems.byStart.slice().sort(function(a,b){return me.itemSet.options.order(a.data,b.data)});stack.stack(customOrderedItems,margin,true)}this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range)}else{this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range);if(this.itemSet.options.stack){stack.stack(this.visibleItems,margin,restack)}else{stack.nostack(this.visibleItems,margin,this.subgroups)}}if(!this.isVisible&&this.height){return resized=false}var height=this._calculateHeight(margin);var foreground=this.dom.foreground;this.top=foreground.offsetTop;this.right=foreground.offsetLeft;this.width=foreground.offsetWidth;resized=util.updateProperty(this,\"height\",height)||resized;resized=util.updateProperty(this.props.label,\"width\",this.dom.inner.clientWidth)||resized;resized=util.updateProperty(this.props.label,\"height\",this.dom.inner.clientHeight)||resized;this.dom.background.style.height=height+\"px\";this.dom.foreground.style.height=height+\"px\";this.dom.label.style.height=height+\"px\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};Group.prototype._calculateSubGroupHeights=function(){if(Object.keys(this.subgroups).length>0){var me=this;this.resetSubgroups();util.forEach(this.visibleItems,function(item){if(item.data.subgroup!==undefined){me.subgroups[item.data.subgroup].height=Math.max(me.subgroups[item.data.subgroup].height,item.height);me.subgroups[item.data.subgroup].visible=true}})}};Group.prototype._isGroupVisible=function(range,margin){var isVisible=this.top<=range.body.domProps.centerContainer.height-range.body.domProps.scrollTop+margin.axis&&this.top+this.height+margin.axis>=-range.body.domProps.scrollTop;return isVisible};Group.prototype._calculateHeight=function(margin){var height;var visibleItems=this.visibleItems;if(visibleItems.length>0){var min=visibleItems[0].top;var max=visibleItems[0].top+visibleItems[0].height;util.forEach(visibleItems,function(item){min=Math.min(min,item.top);max=Math.max(max,item.top+item.height)});if(min>margin.axis){var offset=min-margin.axis;max-=offset;util.forEach(visibleItems,function(item){item.top-=offset})}height=max+margin.item.vertical/2}else{height=0}height=Math.max(height,this.props.label.height);return height};Group.prototype.show=function(){if(!this.dom.label.parentNode){this.itemSet.dom.labelSet.appendChild(this.dom.label)}if(!this.dom.foreground.parentNode){this.itemSet.dom.foreground.appendChild(this.dom.foreground)}if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}if(!this.dom.axis.parentNode){this.itemSet.dom.axis.appendChild(this.dom.axis)}};Group.prototype.hide=function(){var label=this.dom.label;if(label.parentNode){label.parentNode.removeChild(label)}var foreground=this.dom.foreground;if(foreground.parentNode){foreground.parentNode.removeChild(foreground)}var background=this.dom.background;if(background.parentNode){background.parentNode.removeChild(background);\n}var axis=this.dom.axis;if(axis.parentNode){axis.parentNode.removeChild(axis)}};Group.prototype.add=function(item){this.items[item.id]=item;item.setParent(this);if(item.data.subgroup!==undefined){if(this.subgroups[item.data.subgroup]===undefined){this.subgroups[item.data.subgroup]={height:0,visible:false,index:this.subgroupIndex,items:[]};this.subgroupIndex++}this.subgroups[item.data.subgroup].items.push(item)}this.orderSubgroups();if(this.visibleItems.indexOf(item)==-1){var range=this.itemSet.body.range;this._checkIfVisible(item,this.visibleItems,range)}};Group.prototype.orderSubgroups=function(){if(this.subgroupOrderer!==undefined){var sortArray=[];if(typeof this.subgroupOrderer==\"string\"){for(var subgroup in this.subgroups){sortArray.push({subgroup:subgroup,sortField:this.subgroups[subgroup].items[0].data[this.subgroupOrderer]})}sortArray.sort(function(a,b){return a.sortField-b.sortField})}else if(typeof this.subgroupOrderer==\"function\"){for(var subgroup in this.subgroups){sortArray.push(this.subgroups[subgroup].items[0].data)}sortArray.sort(this.subgroupOrderer)}if(sortArray.length>0){for(var i=0;i<sortArray.length;i++){this.subgroups[sortArray[i].subgroup].index=i}}}};Group.prototype.resetSubgroups=function(){for(var subgroup in this.subgroups){if(this.subgroups.hasOwnProperty(subgroup)){this.subgroups[subgroup].visible=false}}};Group.prototype.remove=function(item){delete this.items[item.id];item.setParent(null);var index=this.visibleItems.indexOf(item);if(index!=-1)this.visibleItems.splice(index,1);if(item.data.subgroup!==undefined){var subgroup=this.subgroups[item.data.subgroup];if(subgroup){var itemIndex=subgroup.items.indexOf(item);subgroup.items.splice(itemIndex,1);if(!subgroup.items.length){delete this.subgroups[item.data.subgroup];this.subgroupIndex--}this.orderSubgroups()}}};Group.prototype.removeFromDataSet=function(item){this.itemSet.removeItem(item.id)};Group.prototype.order=function(){var array=util.toArray(this.items);var startArray=[];var endArray=[];for(var i=0;i<array.length;i++){if(array[i].data.end!==undefined){endArray.push(array[i])}startArray.push(array[i])}this.orderedItems={byStart:startArray,byEnd:endArray};stack.orderByStart(this.orderedItems.byStart);stack.orderByEnd(this.orderedItems.byEnd)};Group.prototype._updateVisibleItems=function(orderedItems,oldVisibleItems,range){var visibleItems=[];var visibleItemsLookup={};if(!this.isVisible&&this.groupId!=\"__background__\"){for(var i=0;i<oldVisibleItems.length;i++){var item=oldVisibleItems[i];if(item.displayed)item.hide()}return visibleItems}var interval=(range.end-range.start)/4;var lowerBound=range.start-interval;var upperBound=range.end+interval;var searchFunction=function searchFunction(value){if(value<lowerBound){return-1}else if(value<=upperBound){return 0}else{return 1}};if(oldVisibleItems.length>0){for(var i=0;i<oldVisibleItems.length;i++){this._checkIfVisibleWithReference(oldVisibleItems[i],visibleItems,visibleItemsLookup,range)}}var initialPosByStart=util.binarySearchCustom(orderedItems.byStart,searchFunction,\"data\",\"start\");this._traceVisible(initialPosByStart,orderedItems.byStart,visibleItems,visibleItemsLookup,function(item){return item.data.start<lowerBound||item.data.start>upperBound});if(this.checkRangedItems==true){this.checkRangedItems=false;for(i=0;i<orderedItems.byEnd.length;i++){this._checkIfVisibleWithReference(orderedItems.byEnd[i],visibleItems,visibleItemsLookup,range)}}else{var initialPosByEnd=util.binarySearchCustom(orderedItems.byEnd,searchFunction,\"data\",\"end\");this._traceVisible(initialPosByEnd,orderedItems.byEnd,visibleItems,visibleItemsLookup,function(item){return item.data.end<lowerBound||item.data.end>upperBound})}for(var i=0;i<visibleItems.length;i++){var item=visibleItems[i];if(!item.displayed)item.show();item.repositionX()}return visibleItems};Group.prototype._traceVisible=function(initialPos,items,visibleItems,visibleItemsLookup,breakCondition){if(initialPos!=-1){for(var i=initialPos;i>=0;i--){var item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}for(var i=initialPos+1;i<items.length;i++){var item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}}};Group.prototype._checkIfVisible=function(item,visibleItems,range){if(item.isVisible(range)){if(!item.displayed)item.show();item.repositionX();visibleItems.push(item)}else{if(item.displayed)item.hide()}};Group.prototype._checkIfVisibleWithReference=function(item,visibleItems,visibleItemsLookup,range){if(item.isVisible(range)){if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}else{if(item.displayed)item.hide()}};module.exports=Group},function(module,exports){\"use strict\";var EPSILON=.001;exports.orderByStart=function(items){items.sort(function(a,b){return a.data.start-b.data.start})};exports.orderByEnd=function(items){items.sort(function(a,b){var aTime=\"end\"in a.data?a.data.end:a.data.start,bTime=\"end\"in b.data?b.data.end:b.data.start;return aTime-bTime})};exports.stack=function(items,margin,force){var i,iMax;if(force){for(i=0,iMax=items.length;i<iMax;i++){items[i].top=null}}for(i=0,iMax=items.length;i<iMax;i++){var item=items[i];if(item.stack&&item.top===null){item.top=margin.axis;do{var collidingItem=null;for(var j=0,jj=items.length;j<jj;j++){var other=items[j];if(other.top!==null&&other!==item&&other.stack&&exports.collision(item,other,margin.item,other.options.rtl)){collidingItem=other;break}}if(collidingItem!=null){item.top=collidingItem.top+collidingItem.height+margin.item.vertical}}while(collidingItem)}}};exports.nostack=function(items,margin,subgroups){var i,iMax,newTop;for(i=0,iMax=items.length;i<iMax;i++){if(items[i].data.subgroup!==undefined){newTop=margin.axis;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroups[items[i].data.subgroup].index){newTop+=subgroups[subgroup].height+margin.item.vertical}}}items[i].top=newTop}else{items[i].top=margin.axis}}};exports.collision=function(a,b,margin,rtl){if(rtl){return a.right-margin.horizontal+EPSILON<b.right+b.width&&a.right+a.width+margin.horizontal-EPSILON>b.right&&a.top-margin.vertical+EPSILON<b.top+b.height&&a.top+a.height+margin.vertical-EPSILON>b.top}else{return a.left-margin.horizontal+EPSILON<b.left+b.width&&a.left+a.width+margin.horizontal-EPSILON>b.left&&a.top-margin.vertical+EPSILON<b.top+b.height&&a.top+a.height+margin.vertical-EPSILON>b.top}}},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(22);var Item=__webpack_require__(41);function RangeItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;this.options=options;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}RangeItem.prototype=new Item(null,null,null);RangeItem.prototype.baseClassName=\"vis-item vis-range\";RangeItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};RangeItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"div\");dom.frame=document.createElement(\"div\");dom.frame.className=\"vis-item-overflow\";dom.box.appendChild(dom.frame);dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.frame.appendChild(dom.content);dom.box[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(dom.box)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.box);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.box.className=this.baseClassName+className;this.overflow=window.getComputedStyle(dom.frame).overflow!==\"hidden\";this.dom.content.style.maxWidth=\"none\";this.props.content.width=this.dom.content.offsetWidth;this.height=this.dom.box.offsetHeight;this.dom.content.style.maxWidth=\"\";this.dirty=false}this._repaintOnItemUpdateTimeTooltip(dom.box);this._repaintDeleteButton(dom.box);this._repaintDragCenter();this._repaintDragLeft();this._repaintDragRight()};RangeItem.prototype.show=function(){if(!this.displayed){this.redraw()}};RangeItem.prototype.hide=function(){if(this.displayed){var box=this.dom.box;if(box.parentNode){box.parentNode.removeChild(box)}this.displayed=false}};RangeItem.prototype.repositionX=function(limitSize){var parentWidth=this.parent.width;var start=this.conversion.toScreen(this.data.start);var end=this.conversion.toScreen(this.data.end);var contentStartPosition;var contentWidth;if(limitSize===undefined||limitSize===true){if(start<-parentWidth){start=-parentWidth}if(end>2*parentWidth){end=2*parentWidth}}var boxWidth=Math.max(end-start+.5,1);if(this.overflow){if(this.options.rtl){this.right=start}else{this.left=start}this.width=boxWidth+this.props.content.width;contentWidth=this.props.content.width}else{if(this.options.rtl){this.right=start}else{this.left=start}this.width=boxWidth;contentWidth=Math.min(end-start,this.props.content.width)}if(this.options.rtl){this.dom.box.style.right=this.right+\"px\"}else{this.dom.box.style.left=this.left+\"px\"}this.dom.box.style.width=boxWidth+\"px\";switch(this.options.align){case\"left\":if(this.options.rtl){this.dom.content.style.right=\"0\"}else{this.dom.content.style.left=\"0\"}break;case\"right\":if(this.options.rtl){this.dom.content.style.right=Math.max(boxWidth-contentWidth,0)+\"px\"}else{this.dom.content.style.left=Math.max(boxWidth-contentWidth,0)+\"px\"}break;case\"center\":if(this.options.rtl){this.dom.content.style.right=Math.max((boxWidth-contentWidth)/2,0)+\"px\"}else{this.dom.content.style.left=Math.max((boxWidth-contentWidth)/2,0)+\"px\"}break;default:if(this.overflow){if(end>0){contentStartPosition=Math.max(-start,0)}else{contentStartPosition=-contentWidth}}else{if(start<0){contentStartPosition=-start}else{contentStartPosition=0}}if(this.options.rtl){this.dom.content.style.right=contentStartPosition+\"px\"}else{this.dom.content.style.left=contentStartPosition+\"px\";this.dom.content.style.width=\"calc(100% - \"+contentStartPosition+\"px)\"}}};RangeItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var box=this.dom.box;if(orientation==\"top\"){box.style.top=this.top+\"px\"}else{box.style.top=this.parent.height-this.top-this.height+\"px\"}};RangeItem.prototype._repaintDragLeft=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragLeft){var dragLeft=document.createElement(\"div\");dragLeft.className=\"vis-drag-left\";dragLeft.dragLeftItem=this;this.dom.box.appendChild(dragLeft);this.dom.dragLeft=dragLeft}else if(!this.selected&&this.dom.dragLeft){if(this.dom.dragLeft.parentNode){this.dom.dragLeft.parentNode.removeChild(this.dom.dragLeft)}this.dom.dragLeft=null}};RangeItem.prototype._repaintDragRight=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragRight){var dragRight=document.createElement(\"div\");dragRight.className=\"vis-drag-right\";dragRight.dragRightItem=this;this.dom.box.appendChild(dragRight);this.dom.dragRight=dragRight}else if(!this.selected&&this.dom.dragRight){if(this.dom.dragRight.parentNode){this.dom.dragRight.parentNode.removeChild(this.dom.dragRight)}this.dom.dragRight=null}};module.exports=RangeItem},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(22);var util=__webpack_require__(1);var moment=__webpack_require__(2);function Item(data,conversion,options){this.id=null;this.parent=null;this.data=data;this.dom=null;this.conversion=conversion||{};this.options=options||{};this.selected=false;this.displayed=false;this.dirty=true;this.top=null;this.right=null;this.left=null;this.width=null;this.height=null;this.editable=null;if(this.data&&this.data.hasOwnProperty(\"editable\")&&typeof this.data.editable===\"boolean\"){this.editable=data.editable}}Item.prototype.stack=true;Item.prototype.select=function(){this.selected=true;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.unselect=function(){this.selected=false;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setData=function(data){var groupChanged=data.group!=undefined&&this.data.group!=data.group;if(groupChanged){this.parent.itemSet._moveToGroup(this,data.group)}if(data.hasOwnProperty(\"editable\")&&typeof data.editable===\"boolean\"){this.editable=data.editable}this.data=data;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setParent=function(parent){if(this.displayed){this.hide();this.parent=parent;if(this.parent){this.show()}}else{this.parent=parent}};Item.prototype.isVisible=function(range){return false};Item.prototype.show=function(){return false};Item.prototype.hide=function(){return false};Item.prototype.redraw=function(){};Item.prototype.repositionX=function(){};Item.prototype.repositionY=function(){};Item.prototype._repaintDeleteButton=function(anchor){var editable=(this.options.editable.remove||this.data.editable===true)&&this.data.editable!==false;if(this.selected&&editable&&!this.dom.deleteButton){var me=this;var deleteButton=document.createElement(\"div\");if(this.options.rtl){deleteButton.className=\"vis-delete-rtl\"}else{deleteButton.className=\"vis-delete\"}deleteButton.title=\"Delete this item\";new Hammer(deleteButton).on(\"tap\",function(event){event.stopPropagation();me.parent.removeFromDataSet(me)});anchor.appendChild(deleteButton);this.dom.deleteButton=deleteButton}else if(!this.selected&&this.dom.deleteButton){if(this.dom.deleteButton.parentNode){this.dom.deleteButton.parentNode.removeChild(this.dom.deleteButton)}this.dom.deleteButton=null}};Item.prototype._repaintOnItemUpdateTimeTooltip=function(anchor){if(!this.options.tooltipOnItemUpdateTime)return;var editable=(this.options.editable.updateTime||this.data.editable===true)&&this.data.editable!==false;if(this.selected&&editable&&!this.dom.onItemUpdateTimeTooltip){var me=this;var onItemUpdateTimeTooltip=document.createElement(\"div\");onItemUpdateTimeTooltip.className=\"vis-onUpdateTime-tooltip\";anchor.appendChild(onItemUpdateTimeTooltip);this.dom.onItemUpdateTimeTooltip=onItemUpdateTimeTooltip}else if(!this.selected&&this.dom.onItemUpdateTimeTooltip){if(this.dom.onItemUpdateTimeTooltip.parentNode){this.dom.onItemUpdateTimeTooltip.parentNode.removeChild(this.dom.onItemUpdateTimeTooltip)}this.dom.onItemUpdateTimeTooltip=null}if(this.dom.onItemUpdateTimeTooltip){this.dom.onItemUpdateTimeTooltip.style.visibility=this.parent.itemSet.touchParams.itemIsDragging?\"visible\":\"hidden\";if(this.options.rtl){this.dom.onItemUpdateTimeTooltip.style.right=this.dom.content.style.right}else{this.dom.onItemUpdateTimeTooltip.style.left=this.dom.content.style.left}var tooltipOffset=50;var scrollTop=this.parent.itemSet.body.domProps.scrollTop;var itemDistanceFromTop;if(this.options.orientation.item==\"top\"){itemDistanceFromTop=this.top}else{itemDistanceFromTop=this.parent.height-this.top-this.height}var isCloseToTop=itemDistanceFromTop+this.parent.top-tooltipOffset<-scrollTop;if(isCloseToTop){this.dom.onItemUpdateTimeTooltip.style.bottom=\"\";this.dom.onItemUpdateTimeTooltip.style.top=this.height+2+\"px\"}else{this.dom.onItemUpdateTimeTooltip.style.top=\"\";this.dom.onItemUpdateTimeTooltip.style.bottom=this.height+2+\"px\"}var content;var templateFunction;if(this.options.tooltipOnItemUpdateTime&&this.options.tooltipOnItemUpdateTime.template){templateFunction=this.options.tooltipOnItemUpdateTime.template.bind(this);content=templateFunction(this.data)}else{content=\"start: \"+moment(this.data.start).format(\"MM/DD/YYYY hh:mm\");if(this.data.end){content+=\"<br> end: \"+moment(this.data.end).format(\"MM/DD/YYYY hh:mm\")}}this.dom.onItemUpdateTimeTooltip.innerHTML=content}};Item.prototype._updateContents=function(element){var content;var templateFunction;if(this.options.template){var itemData=this.parent.itemSet.itemsData.get(this.id);templateFunction=this.options.template.bind(this);content=templateFunction(itemData,element)}else{content=this.data.content}if(content instanceof Object&&!(content instanceof Element)){templateFunction(itemData,element)}else{var changed=this._contentToString(this.content)!==this._contentToString(content);if(changed){if(content instanceof Element){element.innerHTML=\"\";element.appendChild(content)}else if(content!=undefined){element.innerHTML=content}else{if(!(this.data.type==\"background\"&&this.data.content===undefined)){throw new Error('Property \"content\" missing in item '+this.id)}}this.content=content}}};Item.prototype._updateTitle=function(element){if(this.data.title!=null){element.title=this.data.title||\"\"}else{element.removeAttribute(\"vis-title\")}};Item.prototype._updateDataAttributes=function(element){if(this.options.dataAttributes&&this.options.dataAttributes.length>0){var attributes=[];if(Array.isArray(this.options.dataAttributes)){attributes=this.options.dataAttributes}else if(this.options.dataAttributes==\"all\"){attributes=Object.keys(this.data)}else{return}for(var i=0;i<attributes.length;i++){var name=attributes[i];var value=this.data[name];if(value!=null){element.setAttribute(\"data-\"+name,value)}else{element.removeAttribute(\"data-\"+name)}}}};Item.prototype._updateStyle=function(element){if(this.style){util.removeCssText(element,this.style);this.style=null}if(this.data.style){util.addCssText(element,this.data.style);this.style=this.data.style}};Item.prototype._contentToString=function(content){if(typeof content===\"string\")return content;if(content&&\"outerHTML\"in content)return content.outerHTML;return content};Item.prototype.getWidthLeft=function(){return 0};Item.prototype.getWidthRight=function(){return 0};Item.prototype._repaintDragCenter=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragCenter){var dragCenter=document.createElement(\"div\");dragCenter.className=\"vis-drag-center\";dragCenter.dragCenterItem=this;if(this.dom.box){this.dom.box.appendChild(dragCenter)}else if(this.dom.point){this.dom.point.appendChild(dragCenter)}this.dom.dragCenter=dragCenter}else if(!this.selected&&this.dom.dragCenter){if(this.dom.dragCenter.parentNode){this.dom.dragCenter.parentNode.removeChild(this.dom.dragCenter)}this.dom.dragCenter=null}};module.exports=Item},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var Group=__webpack_require__(38);function BackgroundGroup(groupId,data,itemSet){Group.call(this,groupId,data,itemSet);this.width=0;this.height=0;this.top=0;this.left=0}BackgroundGroup.prototype=Object.create(Group.prototype);BackgroundGroup.prototype.redraw=function(range,margin,restack){var resized=false;this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range);this.width=this.dom.background.offsetWidth;this.dom.background.style.height=\"0\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};BackgroundGroup.prototype.show=function(){if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}};module.exports=BackgroundGroup},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(41);var util=__webpack_require__(1);function BoxItem(data,conversion,options){this.props={dot:{width:0,height:0},line:{width:0,height:0}};this.options=options;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}BoxItem.prototype=new Item(null,null,null);BoxItem.prototype.isVisible=function(range){var isVisible;var align=this.options.align;var msPerPixel=(range.end-range.start)/range.body.dom.center.clientWidth;var widthInMs=this.width*msPerPixel;if(align==\"right\"){isVisible=this.data.start.getTime()>range.start&&this.data.start.getTime()-widthInMs<range.end}else if(align==\"left\"){isVisible=this.data.start.getTime()+widthInMs>range.start&&this.data.start.getTime()<range.end}else{isVisible=this.data.start.getTime()+widthInMs/2>range.start&&this.data.start.getTime()-widthInMs/2<range.end}return isVisible};BoxItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"DIV\");dom.content=document.createElement(\"DIV\");dom.content.className=\"vis-item-content\";dom.box.appendChild(dom.content);dom.line=document.createElement(\"DIV\");dom.line.className=\"vis-line\";dom.dot=document.createElement(\"DIV\");dom.dot.className=\"vis-dot\";dom.box[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground)throw new Error(\"Cannot redraw item: parent has no foreground container element\");foreground.appendChild(dom.box)}if(!dom.line.parentNode){var background=this.parent.dom.background;if(!background)throw new Error(\"Cannot redraw item: parent has no background container element\");background.appendChild(dom.line)}if(!dom.dot.parentNode){var axis=this.parent.dom.axis;if(!background)throw new Error(\"Cannot redraw item: parent has no axis container element\");axis.appendChild(dom.dot)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.box);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.box.className=\"vis-item vis-box\"+className;dom.line.className=\"vis-item vis-line\"+className;dom.dot.className=\"vis-item vis-dot\"+className;var previousRight=dom.box.style.right;var previousLeft=dom.box.style.left;if(this.options.rtl){dom.box.style.right=\"0px\"}else{dom.box.style.left=\"0px\"}this.props.dot.height=dom.dot.offsetHeight;this.props.dot.width=dom.dot.offsetWidth;this.props.line.width=dom.line.offsetWidth;this.width=dom.box.offsetWidth;this.height=dom.box.offsetHeight;if(this.options.rtl){dom.box.style.right=previousRight}else{dom.box.style.left=previousLeft}this.dirty=false}this._repaintOnItemUpdateTimeTooltip(dom.box);this._repaintDragCenter();this._repaintDeleteButton(dom.box)};BoxItem.prototype.show=function(){if(!this.displayed){this.redraw()}};BoxItem.prototype.hide=function(){if(this.displayed){var dom=this.dom;if(dom.box.parentNode)dom.box.parentNode.removeChild(dom.box);if(dom.line.parentNode)dom.line.parentNode.removeChild(dom.line);if(dom.dot.parentNode)dom.dot.parentNode.removeChild(dom.dot);this.displayed=false}};BoxItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);var align=this.options.align;if(align==\"right\"){if(this.options.rtl){this.right=start-this.width;this.dom.box.style.right=this.right+\"px\";this.dom.line.style.right=start-this.props.line.width+\"px\";this.dom.dot.style.right=start-this.props.line.width/2-this.props.dot.width/2+\"px\"}else{this.left=start-this.width;this.dom.box.style.left=this.left+\"px\";this.dom.line.style.left=start-this.props.line.width+\"px\";this.dom.dot.style.left=start-this.props.line.width/2-this.props.dot.width/2+\"px\"}}else if(align==\"left\"){if(this.options.rtl){this.right=start;this.dom.box.style.right=this.right+\"px\";this.dom.line.style.right=start+\"px\";this.dom.dot.style.right=start+this.props.line.width/2-this.props.dot.width/2+\"px\"}else{this.left=start;this.dom.box.style.left=this.left+\"px\";this.dom.line.style.left=start+\"px\";this.dom.dot.style.left=start+this.props.line.width/2-this.props.dot.width/2+\"px\"}}else{if(this.options.rtl){this.right=start-this.width/2;this.dom.box.style.right=this.right+\"px\";this.dom.line.style.right=start-this.props.line.width+\"px\";this.dom.dot.style.right=start-this.props.dot.width/2+\"px\"}else{this.left=start-this.width/2;this.dom.box.style.left=this.left+\"px\";this.dom.line.style.left=start-this.props.line.width/2+\"px\";this.dom.dot.style.left=start-this.props.dot.width/2+\"px\"}}};BoxItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var box=this.dom.box;var line=this.dom.line;var dot=this.dom.dot;if(orientation==\"top\"){box.style.top=(this.top||0)+\"px\";line.style.top=\"0\";line.style.height=this.parent.top+this.top+1+\"px\";line.style.bottom=\"\"}else{var itemSetHeight=this.parent.itemSet.props.height;var lineHeight=itemSetHeight-this.parent.top-this.parent.height+this.top;box.style.top=(this.parent.height-this.top-this.height||0)+\"px\";line.style.top=itemSetHeight-lineHeight+\"px\";line.style.bottom=\"0\"}dot.style.top=-this.props.dot.height/2+\"px\"};BoxItem.prototype.getWidthLeft=function(){return this.width/2};BoxItem.prototype.getWidthRight=function(){return this.width/2};module.exports=BoxItem},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(41);function PointItem(data,conversion,options){this.props={dot:{top:0,width:0,height:0},content:{height:0,marginLeft:0,marginRight:0}};this.options=options;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}PointItem.prototype=new Item(null,null,null);PointItem.prototype.isVisible=function(range){var msPerPixel=(range.end-range.start)/range.body.dom.center.clientWidth;var widthInMs=this.width*msPerPixel;return this.data.start.getTime()+widthInMs>range.start&&this.data.start<range.end};PointItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.point=document.createElement(\"div\");dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.point.appendChild(dom.content);dom.dot=document.createElement(\"div\");dom.point.appendChild(dom.dot);dom.point[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.point.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(dom.point)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.point);this._updateDataAttributes(this.dom.point);this._updateStyle(this.dom.point);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.point.className=\"vis-item vis-point\"+className;dom.dot.className=\"vis-item vis-dot\"+className;this.props.dot.width=dom.dot.offsetWidth;this.props.dot.height=dom.dot.offsetHeight;this.props.content.height=dom.content.offsetHeight;if(this.options.rtl){dom.content.style.marginRight=2*this.props.dot.width+\"px\"}else{dom.content.style.marginLeft=2*this.props.dot.width+\"px\"}this.width=dom.point.offsetWidth;this.height=dom.point.offsetHeight;dom.dot.style.top=(this.height-this.props.dot.height)/2+\"px\";if(this.options.rtl){dom.dot.style.right=this.props.dot.width/2+\"px\"}else{dom.dot.style.left=this.props.dot.width/2+\"px\"}this.dirty=false}this._repaintOnItemUpdateTimeTooltip(dom.point);this._repaintDragCenter();this._repaintDeleteButton(dom.point)};PointItem.prototype.show=function(){if(!this.displayed){this.redraw()}};PointItem.prototype.hide=function(){if(this.displayed){if(this.dom.point.parentNode){this.dom.point.parentNode.removeChild(this.dom.point)}this.displayed=false}};PointItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);if(this.options.rtl){this.right=start-this.props.dot.width;this.dom.point.style.right=this.right+\"px\"}else{this.left=start-this.props.dot.width;this.dom.point.style.left=this.left+\"px\"}};PointItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var point=this.dom.point;if(orientation==\"top\"){point.style.top=this.top+\"px\"}else{point.style.top=this.parent.height-this.top-this.height+\"px\"}};PointItem.prototype.getWidthLeft=function(){return this.props.dot.width};PointItem.prototype.getWidthRight=function(){return this.props.dot.width};module.exports=PointItem},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(22);var Item=__webpack_require__(41);var BackgroundGroup=__webpack_require__(42);var RangeItem=__webpack_require__(40);function BackgroundItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}BackgroundItem.prototype=new Item(null,null,null);BackgroundItem.prototype.baseClassName=\"vis-item vis-background\";BackgroundItem.prototype.stack=false;BackgroundItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};BackgroundItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"div\");dom.frame=document.createElement(\"div\");dom.frame.className=\"vis-item-overflow\";dom.box.appendChild(dom.frame);dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.frame.appendChild(dom.content);this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var background=this.parent.dom.background;if(!background){throw new Error(\"Cannot redraw item: parent has no background container element\")}background.appendChild(dom.box)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.content);this._updateDataAttributes(this.dom.content);this._updateStyle(this.dom.box);var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\");dom.box.className=this.baseClassName+className;this.overflow=window.getComputedStyle(dom.content).overflow!==\"hidden\";this.props.content.width=this.dom.content.offsetWidth;this.height=0;this.dirty=false}};BackgroundItem.prototype.show=RangeItem.prototype.show;BackgroundItem.prototype.hide=RangeItem.prototype.hide;BackgroundItem.prototype.repositionX=RangeItem.prototype.repositionX;BackgroundItem.prototype.repositionY=function(margin){var onTop=this.options.orientation.item===\"top\";this.dom.content.style.top=onTop?\"\":\"0\";this.dom.content.style.bottom=onTop?\"0\":\"\";var height;if(this.data.subgroup!==undefined){var itemSubgroup=this.data.subgroup;var subgroups=this.parent.subgroups;var subgroupIndex=subgroups[itemSubgroup].index;if(onTop==true){height=this.parent.subgroups[itemSubgroup].height+margin.item.vertical;height+=subgroupIndex==0?margin.axis-.5*margin.item.vertical:0;var newTop=this.parent.top;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroupIndex){newTop+=subgroups[subgroup].height+margin.item.vertical}}}newTop+=subgroupIndex!=0?margin.axis-.5*margin.item.vertical:0;this.dom.box.style.top=newTop+\"px\";this.dom.box.style.bottom=\"\"}else{var newTop=this.parent.top;var totalHeight=0;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true){var newHeight=subgroups[subgroup].height+margin.item.vertical;\ntotalHeight+=newHeight;if(subgroups[subgroup].index>subgroupIndex){newTop+=newHeight}}}}height=this.parent.subgroups[itemSubgroup].height+margin.item.vertical;this.dom.box.style.top=this.parent.height-totalHeight+newTop+\"px\";this.dom.box.style.bottom=\"\"}}else{if(this.parent instanceof BackgroundGroup){height=Math.max(this.parent.height,this.parent.itemSet.body.domProps.center.height,this.parent.itemSet.body.domProps.centerContainer.height);this.dom.box.style.top=onTop?\"0\":\"\";this.dom.box.style.bottom=onTop?\"\":\"0\"}else{height=this.parent.height;this.dom.box.style.top=this.parent.top+\"px\";this.dom.box.style.bottom=\"\"}}this.dom.box.style.height=height+\"px\"};module.exports=BackgroundItem},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var util=__webpack_require__(1);var Component=__webpack_require__(33);var TimeStep=__webpack_require__(37);var DateUtil=__webpack_require__(34);var moment=__webpack_require__(2);function TimeAxis(body,options){this.dom={foreground:null,lines:[],majorTexts:[],minorTexts:[],redundant:{lines:[],majorTexts:[],minorTexts:[]}};this.props={range:{start:0,end:0,minimumStep:0},lineTop:0};this.defaultOptions={orientation:{axis:\"bottom\"},showMinorLabels:true,showMajorLabels:true,maxMinorChars:7,format:TimeStep.FORMAT,moment:moment,timeAxis:null};this.options=util.extend({},this.defaultOptions);this.body=body;this._create();this.setOptions(options)}TimeAxis.prototype=new Component;TimeAxis.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"showMinorLabels\",\"showMajorLabels\",\"maxMinorChars\",\"hiddenDates\",\"timeAxis\",\"moment\",\"rtl\"],this.options,options);util.selectiveDeepExtend([\"format\"],this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation.axis=options.orientation}else if(_typeof(options.orientation)===\"object\"&&\"axis\"in options.orientation){this.options.orientation.axis=options.orientation.axis}}if(\"locale\"in options){if(typeof moment.locale===\"function\"){moment.locale(options.locale)}else{moment.lang(options.locale)}}}};TimeAxis.prototype._create=function(){this.dom.foreground=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.foreground.className=\"vis-time-axis vis-foreground\";this.dom.background.className=\"vis-time-axis vis-background\"};TimeAxis.prototype.destroy=function(){if(this.dom.foreground.parentNode){this.dom.foreground.parentNode.removeChild(this.dom.foreground)}if(this.dom.background.parentNode){this.dom.background.parentNode.removeChild(this.dom.background)}this.body=null};TimeAxis.prototype.redraw=function(){var props=this.props;var foreground=this.dom.foreground;var background=this.dom.background;var parent=this.options.orientation.axis==\"top\"?this.body.dom.top:this.body.dom.bottom;var parentChanged=foreground.parentNode!==parent;this._calculateCharSize();var showMinorLabels=this.options.showMinorLabels&&this.options.orientation.axis!==\"none\";var showMajorLabels=this.options.showMajorLabels&&this.options.orientation.axis!==\"none\";props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.height=props.minorLabelHeight+props.majorLabelHeight;props.width=foreground.offsetWidth;props.minorLineHeight=this.body.domProps.root.height-props.majorLabelHeight-(this.options.orientation.axis==\"top\"?this.body.domProps.bottom.height:this.body.domProps.top.height);props.minorLineWidth=1;props.majorLineHeight=props.minorLineHeight+props.majorLabelHeight;props.majorLineWidth=1;var foregroundNextSibling=foreground.nextSibling;var backgroundNextSibling=background.nextSibling;foreground.parentNode&&foreground.parentNode.removeChild(foreground);background.parentNode&&background.parentNode.removeChild(background);foreground.style.height=this.props.height+\"px\";this._repaintLabels();if(foregroundNextSibling){parent.insertBefore(foreground,foregroundNextSibling)}else{parent.appendChild(foreground)}if(backgroundNextSibling){this.body.dom.backgroundVertical.insertBefore(background,backgroundNextSibling)}else{this.body.dom.backgroundVertical.appendChild(background)}return this._isResized()||parentChanged};TimeAxis.prototype._repaintLabels=function(){var orientation=this.options.orientation.axis;var start=util.convert(this.body.range.start,\"Number\");var end=util.convert(this.body.range.end,\"Number\");var timeLabelsize=this.body.util.toTime((this.props.minorCharWidth||10)*this.options.maxMinorChars).valueOf();var minimumStep=timeLabelsize-DateUtil.getHiddenDurationBefore(this.options.moment,this.body.hiddenDates,this.body.range,timeLabelsize);minimumStep-=this.body.util.toTime(0).valueOf();var step=new TimeStep(new Date(start),new Date(end),minimumStep,this.body.hiddenDates);step.setMoment(this.options.moment);if(this.options.format){step.setFormat(this.options.format)}if(this.options.timeAxis){step.setScale(this.options.timeAxis)}this.step=step;var dom=this.dom;dom.redundant.lines=dom.lines;dom.redundant.majorTexts=dom.majorTexts;dom.redundant.minorTexts=dom.minorTexts;dom.lines=[];dom.majorTexts=[];dom.minorTexts=[];var current;var next;var x;var xNext;var isMajor,nextIsMajor;var width=0,prevWidth;var line;var labelMinor;var xFirstMajorLabel=undefined;var count=0;var MAX=1e3;var className;step.start();next=step.getCurrent();xNext=this.body.util.toScreen(next);while(step.hasNext()&&count<MAX){count++;isMajor=step.isMajor();className=step.getClassName();labelMinor=step.getLabelMinor();current=next;x=xNext;step.next();next=step.getCurrent();nextIsMajor=step.isMajor();xNext=this.body.util.toScreen(next);prevWidth=width;width=xNext-x;var showMinorGrid=width>=prevWidth*.4;if(this.options.showMinorLabels&&showMinorGrid){var label=this._repaintMinorText(x,labelMinor,orientation,className);label.style.width=width+\"px\"}if(isMajor&&this.options.showMajorLabels){if(x>0){if(xFirstMajorLabel==undefined){xFirstMajorLabel=x}label=this._repaintMajorText(x,step.getLabelMajor(),orientation,className)}line=this._repaintMajorLine(x,width,orientation,className)}else{if(showMinorGrid){line=this._repaintMinorLine(x,width,orientation,className)}else{if(line){line.style.width=parseInt(line.style.width)+width+\"px\"}}}}if(count===MAX&&!warnedForOverflow){console.warn(\"Something is wrong with the Timeline scale. Limited drawing of grid lines to \"+MAX+\" lines.\");warnedForOverflow=true}if(this.options.showMajorLabels){var leftTime=this.body.util.toTime(0),leftText=step.getLabelMajor(leftTime),widthText=leftText.length*(this.props.majorCharWidth||10)+10;if(xFirstMajorLabel==undefined||widthText<xFirstMajorLabel){this._repaintMajorText(0,leftText,orientation,className)}}util.forEach(this.dom.redundant,function(arr){while(arr.length){var elem=arr.pop();if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}})};TimeAxis.prototype._repaintMinorText=function(x,text,orientation,className){var label=this.dom.redundant.minorTexts.shift();if(!label){var content=document.createTextNode(\"\");label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.minorTexts.push(label);label.childNodes[0].nodeValue=text;label.style.top=orientation==\"top\"?this.props.majorLabelHeight+\"px\":\"0\";if(this.options.rtl){label.style.left=\"\";label.style.right=x+\"px\"}else{label.style.left=x+\"px\"}label.className=\"vis-text vis-minor \"+className;return label};TimeAxis.prototype._repaintMajorText=function(x,text,orientation,className){var label=this.dom.redundant.majorTexts.shift();if(!label){var content=document.createTextNode(text);label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.majorTexts.push(label);label.childNodes[0].nodeValue=text;label.className=\"vis-text vis-major \"+className;label.style.top=orientation==\"top\"?\"0\":this.props.minorLabelHeight+\"px\";if(this.options.rtl){label.style.left=\"\";label.style.right=x+\"px\"}else{label.style.left=x+\"px\"}return label};TimeAxis.prototype._repaintMinorLine=function(x,width,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=props.majorLabelHeight+\"px\"}else{line.style.top=this.body.domProps.top.height+\"px\"}line.style.height=props.minorLineHeight+\"px\";if(this.options.rtl){line.style.left=\"\";line.style.right=x-props.minorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical-rtl vis-minor \"+className}else{line.style.left=x-props.minorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical vis-minor \"+className}line.style.width=width+\"px\";return line};TimeAxis.prototype._repaintMajorLine=function(x,width,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=\"0\"}else{line.style.top=this.body.domProps.top.height+\"px\"}if(this.options.rtl){line.style.left=\"\";line.style.right=x-props.majorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical-rtl vis-major \"+className}else{line.style.left=x-props.majorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical vis-major \"+className}line.style.height=props.majorLineHeight+\"px\";line.style.width=width+\"px\";return line};TimeAxis.prototype._calculateCharSize=function(){if(!this.dom.measureCharMinor){this.dom.measureCharMinor=document.createElement(\"DIV\");this.dom.measureCharMinor.className=\"vis-text vis-minor vis-measure\";this.dom.measureCharMinor.style.position=\"absolute\";this.dom.measureCharMinor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMinor)}this.props.minorCharHeight=this.dom.measureCharMinor.clientHeight;this.props.minorCharWidth=this.dom.measureCharMinor.clientWidth;if(!this.dom.measureCharMajor){this.dom.measureCharMajor=document.createElement(\"DIV\");this.dom.measureCharMajor.className=\"vis-text vis-major vis-measure\";this.dom.measureCharMajor.style.position=\"absolute\";this.dom.measureCharMajor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMajor)}this.props.majorCharHeight=this.dom.measureCharMajor.clientHeight;this.props.majorCharWidth=this.dom.measureCharMajor.clientWidth};var warnedForOverflow=false;module.exports=TimeAxis},function(module,exports,__webpack_require__){\"use strict\";var keycharm=__webpack_require__(25);var Emitter=__webpack_require__(13);var Hammer=__webpack_require__(22);var util=__webpack_require__(1);function Activator(container){this.active=false;this.dom={container:container};this.dom.overlay=document.createElement(\"div\");this.dom.overlay.className=\"vis-overlay\";this.dom.container.appendChild(this.dom.overlay);this.hammer=Hammer(this.dom.overlay);this.hammer.on(\"tap\",this._onTapOverlay.bind(this));var me=this;var events=[\"tap\",\"doubletap\",\"press\",\"pinch\",\"pan\",\"panstart\",\"panmove\",\"panend\"];events.forEach(function(event){me.hammer.on(event,function(event){event.stopPropagation()})});if(document&&document.body){this.onClick=function(event){if(!_hasParent(event.target,container)){me.deactivate()}};document.body.addEventListener(\"click\",this.onClick)}if(this.keycharm!==undefined){this.keycharm.destroy()}this.keycharm=keycharm();this.escListener=this.deactivate.bind(this)}Emitter(Activator.prototype);Activator.current=null;Activator.prototype.destroy=function(){this.deactivate();this.dom.overlay.parentNode.removeChild(this.dom.overlay);if(this.onClick){document.body.removeEventListener(\"click\",this.onClick)}this.hammer.destroy();this.hammer=null};Activator.prototype.activate=function(){if(Activator.current){Activator.current.deactivate()}Activator.current=this;this.active=true;this.dom.overlay.style.display=\"none\";util.addClassName(this.dom.container,\"vis-active\");this.emit(\"change\");this.emit(\"activate\");this.keycharm.bind(\"esc\",this.escListener)};Activator.prototype.deactivate=function(){this.active=false;this.dom.overlay.style.display=\"\";util.removeClassName(this.dom.container,\"vis-active\");this.keycharm.unbind(\"esc\",this.escListener);this.emit(\"change\");this.emit(\"deactivate\")};Activator.prototype._onTapOverlay=function(event){this.activate();event.stopPropagation()};function _hasParent(element,parent){while(element){if(element===parent){return true}element=element.parentNode}return false}module.exports=Activator},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(22);var util=__webpack_require__(1);var Component=__webpack_require__(33);var moment=__webpack_require__(2);var locales=__webpack_require__(49);function CustomTime(body,options){this.body=body;this.defaultOptions={moment:moment,locales:locales,locale:\"en\",id:undefined,title:undefined};this.options=util.extend({},this.defaultOptions);if(options&&options.time){this.customTime=options.time}else{this.customTime=new Date}this.eventParams={};this.setOptions(options);this._create()}CustomTime.prototype=new Component;CustomTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"moment\",\"locale\",\"locales\",\"id\"],this.options,options)}};CustomTime.prototype._create=function(){var bar=document.createElement(\"div\");bar[\"custom-time\"]=this;bar.className=\"vis-custom-time \"+(this.options.id||\"\");bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar;var drag=document.createElement(\"div\");drag.style.position=\"relative\";drag.style.top=\"0px\";drag.style.left=\"-10px\";drag.style.height=\"100%\";drag.style.width=\"20px\";bar.appendChild(drag);this.hammer=new Hammer(drag);this.hammer.on(\"panstart\",this._onDragStart.bind(this));this.hammer.on(\"panmove\",this._onDrag.bind(this));this.hammer.on(\"panend\",this._onDragEnd.bind(this));this.hammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_HORIZONTAL})};CustomTime.prototype.destroy=function(){this.hide();this.hammer.destroy();this.hammer=null;this.body=null};CustomTime.prototype.redraw=function(){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar)}var x=this.body.util.toScreen(this.customTime);var locale=this.options.locales[this.options.locale];if(!locale){if(!this.warned){console.log(\"WARNING: options.locales['\"+this.options.locale+\"'] not found. See http://visjs.org/docs/timeline/#Localization\");this.warned=true}locale=this.options.locales[\"en\"]}var title=this.options.title;if(title===undefined){title=locale.time+\": \"+this.options.moment(this.customTime).format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1)}this.bar.style.left=x+\"px\";this.bar.title=title;return false};CustomTime.prototype.hide=function(){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}};CustomTime.prototype.setCustomTime=function(time){this.customTime=util.convert(time,\"Date\");this.redraw()};CustomTime.prototype.getCustomTime=function(){return new Date(this.customTime.valueOf())};CustomTime.prototype.setCustomTitle=function(title){this.options.title=title};CustomTime.prototype._onDragStart=function(event){this.eventParams.dragging=true;this.eventParams.customTime=this.customTime;event.stopPropagation()};CustomTime.prototype._onDrag=function(event){if(!this.eventParams.dragging)return;var x=this.body.util.toScreen(this.eventParams.customTime)+event.deltaX;var time=this.body.util.toTime(x);this.setCustomTime(time);this.body.emitter.emit(\"timechange\",{id:this.options.id,time:new Date(this.customTime.valueOf())});event.stopPropagation()};CustomTime.prototype._onDragEnd=function(event){if(!this.eventParams.dragging)return;this.body.emitter.emit(\"timechanged\",{id:this.options.id,time:new Date(this.customTime.valueOf())});event.stopPropagation()};CustomTime.customTimeFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"custom-time\")){return target[\"custom-time\"]}target=target.parentNode}return null};module.exports=CustomTime},function(module,exports){\"use strict\";exports[\"en\"]={current:\"current\",time:\"time\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"it\"]={current:\"attuale\",time:\"tempo\"};exports[\"it_IT\"]=exports[\"it\"];exports[\"it_CH\"]=exports[\"it\"];exports[\"nl\"]={current:\"huidige\",time:\"tijd\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"];exports[\"de\"]={current:\"Aktuelle\",time:\"Zeit\"};exports[\"de_DE\"]=exports[\"de\"]},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var Component=__webpack_require__(33);var moment=__webpack_require__(2);var locales=__webpack_require__(49);function CurrentTime(body,options){this.body=body;this.defaultOptions={rtl:false,showCurrentTime:true,moment:moment,locales:locales,locale:\"en\"};this.options=util.extend({},this.defaultOptions);this.offset=0;this._create();this.setOptions(options)}CurrentTime.prototype=new Component;CurrentTime.prototype._create=function(){var bar=document.createElement(\"div\");bar.className=\"vis-current-time\";bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar};CurrentTime.prototype.destroy=function(){this.options.showCurrentTime=false;this.redraw();this.body=null};CurrentTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"rtl\",\"showCurrentTime\",\"moment\",\"locale\",\"locales\"],this.options,options)}};CurrentTime.prototype.redraw=function(){if(this.options.showCurrentTime){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar);this.start()}var now=this.options.moment((new Date).valueOf()+this.offset);var x=this.body.util.toScreen(now);var locale=this.options.locales[this.options.locale];if(!locale){if(!this.warned){console.log(\"WARNING: options.locales['\"+this.options.locale+\"'] not found. See http://visjs.org/docs/timeline/#Localization\");this.warned=true}locale=this.options.locales[\"en\"]}var title=locale.current+\" \"+locale.time+\": \"+now.format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1);if(this.options.rtl){this.bar.style.right=x+\"px\"}else{this.bar.style.left=x+\"px\"}this.bar.title=title}else{if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}this.stop()}return false};CurrentTime.prototype.start=function(){var me=this;function update(){me.stop();var scale=me.body.range.conversion(me.body.domProps.center.width).scale;var interval=1/scale/10;if(interval<30)interval=30;if(interval>1e3)interval=1e3;me.redraw();me.body.emitter.emit(\"currentTimeTick\");me.currentTimeTimer=setTimeout(update,interval)}update()};CurrentTime.prototype.stop=function(){if(this.currentTimeTimer!==undefined){clearTimeout(this.currentTimeTimer);delete this.currentTimeTimer}};CurrentTime.prototype.setCurrentTime=function(time){var t=util.convert(time,\"Date\").valueOf();var now=(new Date).valueOf();this.offset=t-now;this.redraw()};CurrentTime.prototype.getCurrentTime=function(){return new Date((new Date).valueOf()+this.offset)};module.exports=CurrentTime},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var date=\"date\";var object=\"object\";var dom=\"dom\";var moment=\"moment\";var any=\"any\";var allOptions={configure:{enabled:{boolean:boolean},filter:{boolean:boolean,function:\"function\"},container:{dom:dom},__type__:{object:object,boolean:boolean,function:\"function\"}},align:{string:string},rtl:{boolean:boolean,undefined:\"undefined\"},verticalScroll:{boolean:boolean,undefined:\"undefined\"},horizontalScroll:{boolean:boolean,undefined:\"undefined\"},autoResize:{boolean:boolean},clickToUse:{boolean:boolean},dataAttributes:{string:string,array:array},editable:{add:{boolean:boolean,undefined:\"undefined\"},remove:{boolean:boolean,undefined:\"undefined\"},updateGroup:{boolean:boolean,undefined:\"undefined\"},updateTime:{boolean:boolean,undefined:\"undefined\"},__type__:{boolean:boolean,object:object}},end:{number:number,date:date,string:string,moment:moment},format:{minorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object,function:\"function\"}},majorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object,function:\"function\"}},__type__:{object:object}},moment:{function:\"function\"},groupOrder:{string:string,function:\"function\"},groupEditable:{add:{boolean:boolean,undefined:\"undefined\"},remove:{boolean:boolean,undefined:\"undefined\"},order:{boolean:boolean,undefined:\"undefined\"},__type__:{boolean:boolean,object:object}},groupOrderSwap:{function:\"function\"},height:{string:string,number:number},hiddenDates:{start:{date:date,number:number,string:string,moment:moment},end:{date:date,number:number,string:string,moment:moment},repeat:{string:string},__type__:{object:object,array:array}},itemsAlwaysDraggable:{boolean:boolean},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},margin:{axis:{number:number},item:{horizontal:{number:number,undefined:\"undefined\"},vertical:{number:number,undefined:\"undefined\"},__type__:{object:object,number:number}},__type__:{object:object,number:number}},max:{date:date,number:number,string:string,moment:moment},maxHeight:{number:number,string:string},maxMinorChars:{number:number},min:{date:date,number:number,string:string,moment:moment},minHeight:{number:number,string:string},moveable:{boolean:boolean},multiselect:{boolean:boolean},multiselectPerGroup:{boolean:boolean},onAdd:{function:\"function\"},onUpdate:{function:\"function\"},onMove:{function:\"function\"},onMoving:{function:\"function\"},onRemove:{function:\"function\"},onAddGroup:{function:\"function\"},onMoveGroup:{function:\"function\"},onRemoveGroup:{function:\"function\"},order:{function:\"function\"},orientation:{axis:{string:string,undefined:\"undefined\"},item:{string:string,undefined:\"undefined\"},__type__:{string:string,object:object}},selectable:{boolean:boolean},showCurrentTime:{boolean:boolean},showMajorLabels:{boolean:boolean},showMinorLabels:{boolean:boolean},stack:{boolean:boolean},snap:{function:\"function\",null:\"null\"},start:{date:date,number:number,string:string,moment:moment},template:{function:\"function\"},groupTemplate:{function:\"function\"},tooltipOnItemUpdateTime:{template:{function:\"function\"},__type__:{boolean:boolean,object:object}},timeAxis:{scale:{string:string,undefined:\"undefined\"},step:{number:number,undefined:\"undefined\"},__type__:{object:object}},type:{string:string},width:{string:string,number:number},zoomable:{boolean:boolean},zoomKey:{string:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"]},zoomMax:{number:number},zoomMin:{number:number},__type__:{object:object}};var configureOptions={global:{align:[\"center\",\"left\",\"right\"],direction:false,autoResize:true,clickToUse:false,editable:{add:false,remove:false,updateGroup:false,updateTime:false},end:\"\",format:{minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}},groupsDraggable:false,height:\"\",locale:\"\",margin:{axis:[20,0,100,1],item:{horizontal:[10,0,100,1],vertical:[10,0,100,1]}},max:\"\",maxHeight:\"\",maxMinorChars:[7,0,20,1],min:\"\",minHeight:\"\",moveable:false,multiselect:false,multiselectPerGroup:false,orientation:{axis:[\"both\",\"bottom\",\"top\"],item:[\"bottom\",\"top\"]},selectable:true,showCurrentTime:false,showMajorLabels:true,showMinorLabels:true,stack:true,start:\"\",tooltipOnItemUpdateTime:false,type:[\"box\",\"point\",\"range\",\"background\"],width:\"100%\",zoomable:true,zoomKey:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"],zoomMax:[31536e10,10,31536e10,1],zoomMin:[10,10,31536e10,1]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";var _Configurator=__webpack_require__(28);var _Configurator2=_interopRequireDefault(_Configurator);var _Validator=__webpack_require__(31);var _Validator2=_interopRequireDefault(_Validator);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}var Emitter=__webpack_require__(13);var Hammer=__webpack_require__(22);var moment=__webpack_require__(2);var util=__webpack_require__(1);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var Range=__webpack_require__(32);var Core=__webpack_require__(35);var TimeAxis=__webpack_require__(46);var CurrentTime=__webpack_require__(50);var CustomTime=__webpack_require__(48);var LineGraph=__webpack_require__(53);var printStyle=__webpack_require__(31).printStyle;var allOptions=__webpack_require__(61).allOptions;var configureOptions=__webpack_require__(61).configureOptions;function Graph2d(container,items,groups,options){if(!(Array.isArray(groups)||groups instanceof DataSet||groups instanceof DataView)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:{axis:\"bottom\",item:\"bottom\"},moment:moment,width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body);this.components.push(this.timeAxis);this.currentTime=new CurrentTime(this.body);this.components.push(this.currentTime);this.linegraph=new LineGraph(this.body);this.components.push(this.linegraph);this.itemsData=null;this.groupsData=null;this.on(\"tap\",function(event){me.emit(\"click\",me.getEventProperties(event))});this.on(\"doubletap\",function(event){me.emit(\"doubleClick\",me.getEventProperties(event))});this.dom.root.oncontextmenu=function(event){me.emit(\"contextmenu\",me.getEventProperties(event))};if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}this._redraw()}Graph2d.prototype=new Core;Graph2d.prototype.setOptions=function(options){var errorFound=_Validator2.default.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}Core.prototype.setOptions.call(this,options)};Graph2d.prototype.setItems=function(items){var initialLoad=this.itemsData==null;var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.linegraph&&this.linegraph.setItems(newDataSet);if(initialLoad){if(this.options.start!=undefined||this.options.end!=undefined){var start=this.options.start!=undefined?this.options.start:null;var end=this.options.end!=undefined?this.options.end:null;this.setWindow(start,end,{animation:false})}else{this.fit({animation:false})}}};Graph2d.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.linegraph.setGroups(newDataSet)};Graph2d.prototype.getLegend=function(groupId,width,height){if(width===undefined){width=15}if(height===undefined){height=15}if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].getLegend(width,height)}else{return\"cannot find group:'\"+groupId+\"'\"}};Graph2d.prototype.isGroupVisible=function(groupId){if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].visible&&(this.linegraph.options.groups.visibility[groupId]===undefined||this.linegraph.options.groups.visibility[groupId]==true)}else{return false}};Graph2d.prototype.getDataRange=function(){var min=null;var max=null;for(var groupId in this.linegraph.groups){if(this.linegraph.groups.hasOwnProperty(groupId)){if(this.linegraph.groups[groupId].visible==true){for(var i=0;i<this.linegraph.groups[groupId].itemsData.length;i++){var item=this.linegraph.groups[groupId].itemsData[i];var value=util.convert(item.x,\"Date\").valueOf();min=min==null?value:min>value?value:min;max=max==null?value:max<value?value:max}}}}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Graph2d.prototype.getEventProperties=function(event){var clientX=event.center?event.center.x:event.clientX;var clientY=event.center?event.center.y:event.clientY;var x=clientX-util.getAbsoluteLeft(this.dom.centerContainer);var y=clientY-util.getAbsoluteTop(this.dom.centerContainer);var time=this._toTime(x);var customTime=CustomTime.customTimeFromTarget(event);var element=util.getTarget(event);var what=null;if(util.hasParent(element,this.timeAxis.dom.foreground)){what=\"axis\"}else if(this.timeAxis2&&util.hasParent(element,this.timeAxis2.dom.foreground)){what=\"axis\"}else if(util.hasParent(element,this.linegraph.yAxisLeft.dom.frame)){what=\"data-axis\"}else if(util.hasParent(element,this.linegraph.yAxisRight.dom.frame)){what=\"data-axis\"}else if(util.hasParent(element,this.linegraph.legendLeft.dom.frame)){what=\"legend\"}else if(util.hasParent(element,this.linegraph.legendRight.dom.frame)){what=\"legend\"}else if(customTime!=null){what=\"custom-time\"}else if(util.hasParent(element,this.currentTime.bar)){what=\"current-time\"}else if(util.hasParent(element,this.dom.center)){what=\"background\"}var value=[];var yAxisLeft=this.linegraph.yAxisLeft;var yAxisRight=this.linegraph.yAxisRight;if(!yAxisLeft.hidden){value.push(yAxisLeft.screenToValue(y))}if(!yAxisRight.hidden){value.push(yAxisRight.screenToValue(y))}return{event:event,what:what,pageX:event.srcEvent?event.srcEvent.pageX:event.pageX,pageY:event.srcEvent?event.srcEvent.pageY:event.pageY,x:x,y:y,time:time,value:value}};Graph2d.prototype._createConfigurator=function(){return new _Configurator2.default(this,this.dom.container,configureOptions)};module.exports=Graph2d},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var util=__webpack_require__(1);var DOMutil=__webpack_require__(8);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var Component=__webpack_require__(33);var DataAxis=__webpack_require__(54);var GraphGroup=__webpack_require__(56);var Legend=__webpack_require__(60);var Bars=__webpack_require__(57);var Lines=__webpack_require__(59);var Points=__webpack_require__(58);var UNGROUPED=\"__ungrouped__\";function LineGraph(body,options){this.id=util.randomUUID();this.body=body;this.defaultOptions={\nyAxisOrientation:\"left\",defaultGroup:\"default\",sort:true,sampling:true,stack:false,graphHeight:\"400px\",shaded:{enabled:false,orientation:\"bottom\"},style:\"line\",barChart:{width:50,sideBySide:false,align:\"center\"},interpolation:{enabled:true,parametrization:\"centripetal\",alpha:.5},drawPoints:{enabled:true,size:6,style:\"square\"},dataAxis:{},legend:{},groups:{visibility:{}}};this.options=util.extend({},this.defaultOptions);this.dom={};this.props={};this.hammer=null;this.groups={};this.abortedGraphUpdate=false;this.updateSVGheight=false;this.updateSVGheightOnResize=false;this.forceGraphUpdate=true;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function add(event,params,senderId){me._onAdd(params.items)},update:function update(event,params,senderId){me._onUpdate(params.items)},remove:function remove(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function add(event,params,senderId){me._onAddGroups(params.items)},update:function update(event,params,senderId){me._onUpdateGroups(params.items)},remove:function remove(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.selection=[];this.lastStart=this.body.range.start;this.touchParams={};this.svgElements={};this.setOptions(options);this.groupsUsingDefaultStyles=[0];this.body.emitter.on(\"rangechanged\",function(){me.lastStart=me.body.range.start;me.svg.style.left=util.option.asSize(-me.props.width);me.forceGraphUpdate=true;me.redraw.call(me)});this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups}}LineGraph.prototype=new Component;LineGraph.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"vis-line-graph\";this.dom.frame=frame;this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"relative\";this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\";this.svg.style.display=\"block\";frame.appendChild(this.svg);this.options.dataAxis.orientation=\"left\";this.yAxisLeft=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);this.options.dataAxis.orientation=\"right\";this.yAxisRight=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);delete this.options.dataAxis.orientation;this.legendLeft=new Legend(this.body,this.options.legend,\"left\",this.options.groups);this.legendRight=new Legend(this.body,this.options.legend,\"right\",this.options.groups);this.show()};LineGraph.prototype.setOptions=function(options){if(options){var fields=[\"sampling\",\"defaultGroup\",\"stack\",\"height\",\"graphHeight\",\"yAxisOrientation\",\"style\",\"barChart\",\"dataAxis\",\"sort\",\"groups\"];if(options.graphHeight===undefined&&options.height!==undefined){this.updateSVGheight=true;this.updateSVGheightOnResize=true}else if(this.body.domProps.centerContainer.height!==undefined&&options.graphHeight!==undefined){if(parseInt((options.graphHeight+\"\").replace(\"px\",\"\"))<this.body.domProps.centerContainer.height){this.updateSVGheight=true}}util.selectiveDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"interpolation\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");util.mergeOptions(this.options,options,\"legend\");if(options.interpolation){if(_typeof(options.interpolation)==\"object\"){if(options.interpolation.parametrization){if(options.interpolation.parametrization==\"uniform\"){this.options.interpolation.alpha=0}else if(options.interpolation.parametrization==\"chordal\"){this.options.interpolation.alpha=1}else{this.options.interpolation.parametrization=\"centripetal\";this.options.interpolation.alpha=.5}}}}if(this.yAxisLeft){if(options.dataAxis!==undefined){this.yAxisLeft.setOptions(this.options.dataAxis);this.yAxisRight.setOptions(this.options.dataAxis)}}if(this.legendLeft){if(options.legend!==undefined){this.legendLeft.setOptions(this.options.legend);this.legendRight.setOptions(this.options.legend)}}if(this.groups.hasOwnProperty(UNGROUPED)){this.groups[UNGROUPED].setOptions(options)}}if(this.dom.frame){this.forceGraphUpdate=true;this.body.emitter.emit(\"_change\",{queue:true})}};LineGraph.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};LineGraph.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};LineGraph.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids)}};LineGraph.prototype.setGroups=function(groups){var me=this;var ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.off(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;for(var i=0;i<ids.length;i++){this._removeGroup(ids[i])}}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}};LineGraph.prototype._onUpdate=function(ids){this._updateAllGroupData()};LineGraph.prototype._onAdd=function(ids){this._onUpdate(ids)};LineGraph.prototype._onRemove=function(ids){this._onUpdate(ids)};LineGraph.prototype._onUpdateGroups=function(groupIds){this._updateAllGroupData()};LineGraph.prototype._onAddGroups=function(groupIds){this._onUpdateGroups(groupIds)};LineGraph.prototype._onRemoveGroups=function(groupIds){for(var i=0;i<groupIds.length;i++){this._removeGroup(groupIds[i])}this.forceGraphUpdate=true;this.body.emitter.emit(\"_change\",{queue:true})};LineGraph.prototype._removeGroup=function(groupId){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.removeGroup(groupId);this.legendRight.removeGroup(groupId);this.legendRight.redraw()}else{this.yAxisLeft.removeGroup(groupId);this.legendLeft.removeGroup(groupId);this.legendLeft.redraw()}delete this.groups[groupId]}};LineGraph.prototype._updateGroup=function(group,groupId){if(!this.groups.hasOwnProperty(groupId)){this.groups[groupId]=new GraphGroup(group,groupId,this.options,this.groupsUsingDefaultStyles);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.addGroup(groupId,this.groups[groupId]);this.legendRight.addGroup(groupId,this.groups[groupId])}else{this.yAxisLeft.addGroup(groupId,this.groups[groupId]);this.legendLeft.addGroup(groupId,this.groups[groupId])}}else{this.groups[groupId].update(group);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.updateGroup(groupId,this.groups[groupId]);this.legendRight.updateGroup(groupId,this.groups[groupId]);this.yAxisLeft.removeGroup(groupId);this.legendLeft.removeGroup(groupId)}else{this.yAxisLeft.updateGroup(groupId,this.groups[groupId]);this.legendLeft.updateGroup(groupId,this.groups[groupId]);this.yAxisRight.removeGroup(groupId);this.legendRight.removeGroup(groupId)}}this.legendLeft.redraw();this.legendRight.redraw()};LineGraph.prototype._updateAllGroupData=function(){if(this.itemsData!=null){var groupsContent={};var items=this.itemsData.get();var groupCounts={};for(var i=0;i<items.length;i++){var item=items[i];var groupId=item.group;if(groupId===null||groupId===undefined){groupId=UNGROUPED}groupCounts.hasOwnProperty(groupId)?groupCounts[groupId]++:groupCounts[groupId]=1}for(var i=0;i<items.length;i++){var item=items[i];var groupId=item.group;if(groupId===null||groupId===undefined){groupId=UNGROUPED}if(!groupsContent.hasOwnProperty(groupId)){groupsContent[groupId]=new Array(groupCounts[groupId])}var extended=util.bridgeObject(item);extended.x=util.convert(item.x,\"Date\");extended.orginalY=item.y;extended.y=Number(item.y);var index=groupsContent[groupId].length-groupCounts[groupId]--;groupsContent[groupId][index]=extended}for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(!groupsContent.hasOwnProperty(groupId)){groupsContent[groupId]=new Array(0)}}}for(var groupId in groupsContent){if(groupsContent.hasOwnProperty(groupId)){if(groupsContent[groupId].length==0){if(this.groups.hasOwnProperty(groupId)){this._removeGroup(groupId)}}else{var group=undefined;if(this.groupsData!=undefined){group=this.groupsData.get(groupId)}if(group==undefined){group={id:groupId,content:this.options.defaultGroup+groupId}}this._updateGroup(group,groupId);this.groups[groupId].setItems(groupsContent[groupId])}}}this.forceGraphUpdate=true;this.body.emitter.emit(\"_change\",{queue:true})}};LineGraph.prototype.redraw=function(){var resized=false;this.props.width=this.dom.frame.offsetWidth;this.props.height=this.body.domProps.centerContainer.height-this.body.domProps.border.top-this.body.domProps.border.bottom;resized=this._isResized()||resized;var visibleInterval=this.body.range.end-this.body.range.start;var zoomed=visibleInterval!=this.lastVisibleInterval;this.lastVisibleInterval=visibleInterval;if(resized==true){this.svg.style.width=util.option.asSize(3*this.props.width);this.svg.style.left=util.option.asSize(-this.props.width);if((this.options.height+\"\").indexOf(\"%\")!=-1||this.updateSVGheightOnResize==true){this.updateSVGheight=true}}if(this.updateSVGheight==true){if(this.options.graphHeight!=this.props.height+\"px\"){this.options.graphHeight=this.props.height+\"px\";this.svg.style.height=this.props.height+\"px\"}this.updateSVGheight=false}else{this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\"}if(resized==true||zoomed==true||this.abortedGraphUpdate==true||this.forceGraphUpdate==true){resized=this._updateGraph()||resized;this.forceGraphUpdate=false}else{if(this.lastStart!=0){var offset=this.body.range.start-this.lastStart;var range=this.body.range.end-this.body.range.start;if(this.props.width!=0){var rangePerPixelInv=this.props.width/range;var xOffset=offset*rangePerPixelInv;this.svg.style.left=-this.props.width-xOffset+\"px\"}}}this.legendLeft.redraw();this.legendRight.redraw();return resized};LineGraph.prototype._getSortedGroupIds=function(){var grouplist=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){var group=this.groups[groupId];if(group.visible==true&&(this.options.groups.visibility[groupId]===undefined||this.options.groups.visibility[groupId]==true)){grouplist.push({id:groupId,zIndex:group.options.zIndex})}}}util.insertSort(grouplist,function(a,b){var az=a.zIndex;var bz=b.zIndex;if(az===undefined)az=0;if(bz===undefined)bz=0;return az==bz?0:az<bz?-1:1});var groupIds=new Array(grouplist.length);for(var i=0;i<grouplist.length;i++){groupIds[i]=grouplist[i].id}return groupIds};LineGraph.prototype._updateGraph=function(){DOMutil.prepareElements(this.svgElements);if(this.props.width!=0&&this.itemsData!=null){var group,i;var groupRanges={};var changeCalled=false;var minDate=this.body.util.toGlobalTime(-this.body.domProps.root.width);var maxDate=this.body.util.toGlobalTime(2*this.body.domProps.root.width);var groupIds=this._getSortedGroupIds();if(groupIds.length>0){var groupsData={};this._getRelevantData(groupIds,groupsData,minDate,maxDate);this._applySampling(groupIds,groupsData);for(i=0;i<groupIds.length;i++){this._convertXcoordinates(groupsData[groupIds[i]])}this._getYRanges(groupIds,groupsData,groupRanges);changeCalled=this._updateYAxis(groupIds,groupRanges);if(changeCalled==true){DOMutil.cleanupElements(this.svgElements);this.abortedGraphUpdate=true;return true}this.abortedGraphUpdate=false;var below=undefined;for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(this.options.stack===true&&this.options.style===\"line\"){if(group.options.excludeFromStacking==undefined||!group.options.excludeFromStacking){if(below!=undefined){this._stack(groupsData[group.id],groupsData[below.id]);if(group.options.shaded.enabled==true&&group.options.shaded.orientation!==\"group\"){if(group.options.shaded.orientation==\"top\"&&below.options.shaded.orientation!==\"group\"){below.options.shaded.orientation=\"group\";below.options.shaded.groupId=group.id}else{group.options.shaded.orientation=\"group\";group.options.shaded.groupId=below.id}}}below=group}}this._convertYcoordinates(groupsData[groupIds[i]],group)}var paths={};for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.style===\"line\"&&group.options.shaded.enabled==true){var dataset=groupsData[groupIds[i]];if(dataset==null||dataset.length==0){continue}if(!paths.hasOwnProperty(groupIds[i])){paths[groupIds[i]]=Lines.calcPath(dataset,group)}if(group.options.shaded.orientation===\"group\"){var subGroupId=group.options.shaded.groupId;if(groupIds.indexOf(subGroupId)===-1){console.log(group.id+\": Unknown shading group target given:\"+subGroupId);continue}if(!paths.hasOwnProperty(subGroupId)){paths[subGroupId]=Lines.calcPath(groupsData[subGroupId],this.groups[subGroupId])}Lines.drawShading(paths[groupIds[i]],group,paths[subGroupId],this.framework)}else{Lines.drawShading(paths[groupIds[i]],group,undefined,this.framework)}}}Bars.draw(groupIds,groupsData,this.framework);for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(groupsData[groupIds[i]].length>0){switch(group.options.style){case\"line\":if(!paths.hasOwnProperty(groupIds[i])){paths[groupIds[i]]=Lines.calcPath(groupsData[groupIds[i]],group)}Lines.draw(paths[groupIds[i]],group,this.framework);case\"point\":case\"points\":if(group.options.style==\"point\"||group.options.style==\"points\"||group.options.drawPoints.enabled==true){Points.draw(groupsData[groupIds[i]],group,this.framework)}break;case\"bar\":default:}}}}}DOMutil.cleanupElements(this.svgElements);return false};LineGraph.prototype._stack=function(data,subData){var index,dx,dy,subPrevPoint,subNextPoint;index=0;for(var j=0;j<data.length;j++){subPrevPoint=undefined;subNextPoint=undefined;for(var k=index;k<subData.length;k++){if(subData[k].x===data[j].x){subPrevPoint=subData[k];subNextPoint=subData[k];index=k;break}else if(subData[k].x>data[j].x){subNextPoint=subData[k];if(k==0){subPrevPoint=subNextPoint}else{subPrevPoint=subData[k-1]}index=k;break}}if(subNextPoint===undefined){subPrevPoint=subData[subData.length-1];subNextPoint=subData[subData.length-1]}dx=subNextPoint.x-subPrevPoint.x;dy=subNextPoint.y-subPrevPoint.y;if(dx==0){data[j].y=data[j].orginalY+subNextPoint.y}else{data[j].y=data[j].orginalY+dy/dx*(data[j].x-subPrevPoint.x)+subPrevPoint.y}}};LineGraph.prototype._getRelevantData=function(groupIds,groupsData,minDate,maxDate){var group,i,j,item;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];var itemsData=group.getItems();if(group.options.sort==true){var dateComparator=function dateComparator(a,b){return a.getTime()==b.getTime()?0:a<b?-1:1};var first=Math.max(0,util.binarySearchValue(itemsData,minDate,\"x\",\"before\",dateComparator));var last=Math.min(itemsData.length,util.binarySearchValue(itemsData,maxDate,\"x\",\"after\",dateComparator)+1);if(last<=0){last=itemsData.length}var dataContainer=new Array(last-first);for(j=first;j<last;j++){item=group.itemsData[j];dataContainer[j-first]=item}groupsData[groupIds[i]]=dataContainer}else{groupsData[groupIds[i]]=group.itemsData}}}};LineGraph.prototype._applySampling=function(groupIds,groupsData){var group;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.sampling==true){var dataContainer=groupsData[groupIds[i]];if(dataContainer.length>0){var increment=1;var amountOfPoints=dataContainer.length;var xDistance=this.body.util.toGlobalScreen(dataContainer[dataContainer.length-1].x)-this.body.util.toGlobalScreen(dataContainer[0].x);var pointsPerPixel=amountOfPoints/xDistance;increment=Math.min(Math.ceil(.2*amountOfPoints),Math.max(1,Math.round(pointsPerPixel)));var sampledData=new Array(amountOfPoints);for(var j=0;j<amountOfPoints;j+=increment){var idx=Math.round(j/increment);sampledData[idx]=dataContainer[j]}groupsData[groupIds[i]]=sampledData.splice(0,Math.round(amountOfPoints/increment))}}}}};LineGraph.prototype._getYRanges=function(groupIds,groupsData,groupRanges){var groupData,group,i;var combinedDataLeft=[];var combinedDataRight=[];var options;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){groupData=groupsData[groupIds[i]];options=this.groups[groupIds[i]].options;if(groupData.length>0){group=this.groups[groupIds[i]];if(options.stack===true&&options.style===\"bar\"){if(options.yAxisOrientation===\"left\"){combinedDataLeft=combinedDataLeft.concat(group.getItems())}else{combinedDataRight=combinedDataRight.concat(group.getItems())}}else{groupRanges[groupIds[i]]=group.getYRange(groupData,groupIds[i])}}}Bars.getStackedYRange(combinedDataLeft,groupRanges,groupIds,\"__barStackLeft\",\"left\");Bars.getStackedYRange(combinedDataRight,groupRanges,groupIds,\"__barStackRight\",\"right\")}};LineGraph.prototype._updateYAxis=function(groupIds,groupRanges){var resized=false;var yAxisLeftUsed=false;var yAxisRightUsed=false;var minLeft=1e9,minRight=1e9,maxLeft=-1e9,maxRight=-1e9,minVal,maxVal;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){var group=this.groups[groupIds[i]];if(group&&group.options.yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=1e9;maxLeft=-1e9}else if(group&&group.options.yAxisOrientation){yAxisRightUsed=true;minRight=1e9;maxRight=-1e9}}for(var i=0;i<groupIds.length;i++){if(groupRanges.hasOwnProperty(groupIds[i])){if(groupRanges[groupIds[i]].ignore!==true){minVal=groupRanges[groupIds[i]].min;maxVal=groupRanges[groupIds[i]].max;if(groupRanges[groupIds[i]].yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=minLeft>minVal?minVal:minLeft;maxLeft=maxLeft<maxVal?maxVal:maxLeft}else{yAxisRightUsed=true;minRight=minRight>minVal?minVal:minRight;maxRight=maxRight<maxVal?maxVal:maxRight}}}}if(yAxisLeftUsed==true){this.yAxisLeft.setRange(minLeft,maxLeft)}if(yAxisRightUsed==true){this.yAxisRight.setRange(minRight,maxRight)}}resized=this._toggleAxisVisiblity(yAxisLeftUsed,this.yAxisLeft)||resized;resized=this._toggleAxisVisiblity(yAxisRightUsed,this.yAxisRight)||resized;if(yAxisRightUsed==true&&yAxisLeftUsed==true){this.yAxisLeft.drawIcons=true;this.yAxisRight.drawIcons=true}else{this.yAxisLeft.drawIcons=false;this.yAxisRight.drawIcons=false}this.yAxisRight.master=!yAxisLeftUsed;this.yAxisRight.masterAxis=this.yAxisLeft;if(this.yAxisRight.master==false){if(yAxisRightUsed==true){this.yAxisLeft.lineOffset=this.yAxisRight.width}else{this.yAxisLeft.lineOffset=0}resized=this.yAxisLeft.redraw()||resized;resized=this.yAxisRight.redraw()||resized}else{resized=this.yAxisRight.redraw()||resized}var tempGroups=[\"__barStackLeft\",\"__barStackRight\",\"__lineStackLeft\",\"__lineStackRight\"];for(var i=0;i<tempGroups.length;i++){if(groupIds.indexOf(tempGroups[i])!=-1){groupIds.splice(groupIds.indexOf(tempGroups[i]),1)}}return resized};LineGraph.prototype._toggleAxisVisiblity=function(axisUsed,axis){var changed=false;if(axisUsed==false){if(axis.dom.frame.parentNode&&axis.hidden==false){axis.hide();changed=true}}else{if(!axis.dom.frame.parentNode&&axis.hidden==true){axis.show();changed=true}}return changed};LineGraph.prototype._convertXcoordinates=function(datapoints){var toScreen=this.body.util.toScreen;for(var i=0;i<datapoints.length;i++){datapoints[i].screen_x=toScreen(datapoints[i].x)+this.props.width;datapoints[i].screen_y=datapoints[i].y}};LineGraph.prototype._convertYcoordinates=function(datapoints,group){var axis=this.yAxisLeft;var svgHeight=Number(this.svg.style.height.replace(\"px\",\"\"));if(group.options.yAxisOrientation==\"right\"){axis=this.yAxisRight}for(var i=0;i<datapoints.length;i++){datapoints[i].screen_y=Math.round(axis.convertValue(datapoints[i].y))}group.setZeroPosition(Math.min(svgHeight,axis.convertValue(0)))};module.exports=LineGraph},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var DOMutil=__webpack_require__(8);var Component=__webpack_require__(33);var DataScale=__webpack_require__(55);function DataAxis(body,options,svg,linegraphOptions){this.id=util.randomUUID();this.body=body;this.defaultOptions={orientation:\"left\",showMinorLabels:true,showMajorLabels:true,icons:false,majorLinesOffset:7,minorLinesOffset:4,labelOffsetX:10,labelOffsetY:2,iconWidth:20,width:\"40px\",visible:true,alignZeros:true,left:{range:{min:undefined,max:undefined},format:function format(value){return\"\"+parseFloat(value.toPrecision(3))},title:{text:undefined,style:undefined}},right:{range:{min:undefined,max:undefined},format:function format(value){return\"\"+parseFloat(value.toPrecision(3))},title:{text:undefined,style:undefined}}};this.linegraphOptions=linegraphOptions;this.linegraphSVG=svg;this.props={};this.DOMelements={lines:{},labels:{},title:{}};this.dom={};this.scale=undefined;this.range={start:0,end:0};this.options=util.extend({},this.defaultOptions);this.conversionFactor=1;this.setOptions(options);this.width=Number((\"\"+this.options.width).replace(\"px\",\"\"));this.minWidth=this.width;this.height=this.linegraphSVG.getBoundingClientRect().height;this.hidden=false;this.stepPixels=25;this.zeroCrossing=-1;this.amountOfSteps=-1;this.lineOffset=0;this.master=true;this.masterAxis=null;this.svgElements={};this.iconsRemoved=false;this.groups={};this.amountOfGroups=0;this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups};var me=this;this.body.emitter.on(\"verticalDrag\",function(){me.dom.lineContainer.style.top=me.body.domProps.scrollTop+\"px\"})}DataAxis.prototype=new Component;DataAxis.prototype.addGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1};DataAxis.prototype.updateGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.amountOfGroups+=1}this.groups[label]=graphOptions};DataAxis.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};DataAxis.prototype.setOptions=function(options){if(options){var redraw=false;if(this.options.orientation!=options.orientation&&options.orientation!==undefined){redraw=true}var fields=[\"orientation\",\"showMinorLabels\",\"showMajorLabels\",\"icons\",\"majorLinesOffset\",\"minorLinesOffset\",\"labelOffsetX\",\"labelOffsetY\",\"iconWidth\",\"width\",\"visible\",\"left\",\"right\",\"alignZeros\"];util.selectiveDeepExtend(fields,this.options,options);this.minWidth=Number((\"\"+this.options.width).replace(\"px\",\"\"));if(redraw===true&&this.dom.frame){this.hide();this.show()}}};DataAxis.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.style.width=this.options.width;this.dom.frame.style.height=this.height;this.dom.lineContainer=document.createElement(\"div\");this.dom.lineContainer.style.width=\"100%\";this.dom.lineContainer.style.height=this.height;this.dom.lineContainer.style.position=\"relative\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=\"0px\";this.svg.style.height=\"100%\";this.svg.style.width=\"100%\";this.svg.style.display=\"block\";this.dom.frame.appendChild(this.svg)};DataAxis.prototype._redrawGroupIcons=function(){DOMutil.prepareElements(this.svgElements);var x;var iconWidth=this.options.iconWidth;var iconHeight=15;var iconOffset=4;var y=iconOffset+.5*iconHeight;if(this.options.orientation===\"left\"){x=iconOffset}else{x=this.width-iconWidth-iconOffset}var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible===true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]===true)){this.groups[groupId].getLegend(iconWidth,iconHeight,this.framework,x,y);y+=iconHeight+iconOffset}}DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=false};DataAxis.prototype._cleanupIcons=function(){if(this.iconsRemoved===false){DOMutil.prepareElements(this.svgElements);DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=true}};DataAxis.prototype.show=function(){this.hidden=false;if(!this.dom.frame.parentNode){if(this.options.orientation===\"left\"){this.body.dom.left.appendChild(this.dom.frame)}else{this.body.dom.right.appendChild(this.dom.frame)}}if(!this.dom.lineContainer.parentNode){this.body.dom.backgroundHorizontal.appendChild(this.dom.lineContainer)}};DataAxis.prototype.hide=function(){this.hidden=true;if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.lineContainer.parentNode){this.dom.lineContainer.parentNode.removeChild(this.dom.lineContainer)}};DataAxis.prototype.setRange=function(start,end){this.range.start=start;this.range.end=end};DataAxis.prototype.redraw=function(){var resized=false;var activeGroups=0;this.dom.lineContainer.style.top=this.body.domProps.scrollTop+\"px\";for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible===true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]===true)){activeGroups++}}}if(this.amountOfGroups===0||activeGroups===0){this.hide()}else{this.show();this.height=Number(this.linegraphSVG.style.height.replace(\"px\",\"\"));this.dom.lineContainer.style.height=this.height+\"px\";this.width=this.options.visible===true?Number((\"\"+this.options.width).replace(\"px\",\"\")):0;var props=this.props;var frame=this.dom.frame;frame.className=\"vis-data-axis\";this._calculateCharSize();var orientation=this.options.orientation;var showMinorLabels=this.options.showMinorLabels;var showMajorLabels=this.options.showMajorLabels;props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.minorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.minorLinesOffset;props.minorLineHeight=1;props.majorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.majorLinesOffset;props.majorLineHeight=1;if(orientation===\"left\"){frame.style.top=\"0\";frame.style.left=\"0\";frame.style.bottom=\"\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.left.width;this.props.height=this.body.domProps.left.height}else{frame.style.top=\"\";frame.style.bottom=\"0\";frame.style.left=\"0\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.right.width;this.props.height=this.body.domProps.right.height}resized=this._redrawLabels();resized=this._isResized()||resized;if(this.options.icons===true){this._redrawGroupIcons()}else{this._cleanupIcons()}this._redrawTitle(orientation)}return resized};DataAxis.prototype._redrawLabels=function(){var _this=this;var resized=false;DOMutil.prepareElements(this.DOMelements.lines);DOMutil.prepareElements(this.DOMelements.labels);var orientation=this.options[\"orientation\"];var customRange=this.options[orientation].range!=undefined?this.options[orientation].range:{};var autoScaleEnd=true;if(customRange.max!=undefined){this.range.end=customRange.max;autoScaleEnd=false}var autoScaleStart=true;if(customRange.min!=undefined){this.range.start=customRange.min;autoScaleStart=false}this.scale=new DataScale(this.range.start,this.range.end,autoScaleStart,autoScaleEnd,this.dom.frame.offsetHeight,this.props.majorCharHeight,this.options.alignZeros,this.options[orientation].format);if(this.master===false&&this.masterAxis!=undefined){this.scale.followScale(this.masterAxis.scale)}this.maxLabelSize=0;var lines=this.scale.getLines();lines.forEach(function(line){var y=line.y;var isMajor=line.major;if(_this.options[\"showMinorLabels\"]&&isMajor===false){_this._redrawLabel(y-2,line.val,orientation,\"vis-y-axis vis-minor\",_this.props.minorCharHeight)}if(isMajor){if(y>=0){_this._redrawLabel(y-2,line.val,orientation,\"vis-y-axis vis-major\",_this.props.majorCharHeight)}}if(_this.master===true){if(isMajor){_this._redrawLine(y,orientation,\"vis-grid vis-horizontal vis-major\",_this.options.majorLinesOffset,_this.props.majorLineWidth)}else{_this._redrawLine(y,orientation,\"vis-grid vis-horizontal vis-minor\",_this.options.minorLinesOffset,_this.props.minorLineWidth)}}});var titleWidth=0;if(this.options[orientation].title!==undefined&&this.options[orientation].title.text!==undefined){titleWidth=this.props.titleCharHeight}var offset=this.options.icons===true?Math.max(this.options.iconWidth,titleWidth)+this.options.labelOffsetX+15:titleWidth+this.options.labelOffsetX+15;if(this.maxLabelSize>this.width-offset&&this.options.visible===true){this.width=this.maxLabelSize+offset;this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else if(this.maxLabelSize<this.width-offset&&this.options.visible===true&&this.width>this.minWidth){this.width=Math.max(this.minWidth,this.maxLabelSize+offset);this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else{DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);resized=false}return resized};DataAxis.prototype.convertValue=function(value){return this.scale.convertValue(value)};DataAxis.prototype.screenToValue=function(x){return this.scale.screenToValue(x)};DataAxis.prototype._redrawLabel=function(y,text,orientation,className,characterHeight){var label=DOMutil.getDOMElement(\"div\",this.DOMelements.labels,this.dom.frame);label.className=className;label.innerHTML=text;if(orientation===\"left\"){label.style.left=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"right\"}else{label.style.right=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"left\"}label.style.top=y-.5*characterHeight+this.options.labelOffsetY+\"px\";text+=\"\";var largestWidth=Math.max(this.props.majorCharWidth,this.props.minorCharWidth);if(this.maxLabelSize<text.length*largestWidth){this.maxLabelSize=text.length*largestWidth}};DataAxis.prototype._redrawLine=function(y,orientation,className,offset,width){if(this.master===true){var line=DOMutil.getDOMElement(\"div\",this.DOMelements.lines,this.dom.lineContainer);line.className=className;line.innerHTML=\"\";if(orientation===\"left\"){line.style.left=this.width-offset+\"px\"}else{line.style.right=this.width-offset+\"px\"}line.style.width=width+\"px\";line.style.top=y+\"px\"}};DataAxis.prototype._redrawTitle=function(orientation){DOMutil.prepareElements(this.DOMelements.title);if(this.options[orientation].title!==undefined&&this.options[orientation].title.text!==undefined){var title=DOMutil.getDOMElement(\"div\",this.DOMelements.title,this.dom.frame);title.className=\"vis-y-axis vis-title vis-\"+orientation;title.innerHTML=this.options[orientation].title.text;if(this.options[orientation].title.style!==undefined){util.addCssText(title,this.options[orientation].title.style)}if(orientation===\"left\"){title.style.left=this.props.titleCharHeight+\"px\"}else{title.style.right=this.props.titleCharHeight+\"px\"}title.style.width=this.height+\"px\"}DOMutil.cleanupElements(this.DOMelements.title)};DataAxis.prototype._calculateCharSize=function(){if(!(\"minorCharHeight\"in this.props)){var textMinor=document.createTextNode(\"0\");var measureCharMinor=document.createElement(\"div\");measureCharMinor.className=\"vis-y-axis vis-minor vis-measure\";measureCharMinor.appendChild(textMinor);this.dom.frame.appendChild(measureCharMinor);this.props.minorCharHeight=measureCharMinor.clientHeight;\nthis.props.minorCharWidth=measureCharMinor.clientWidth;this.dom.frame.removeChild(measureCharMinor)}if(!(\"majorCharHeight\"in this.props)){var textMajor=document.createTextNode(\"0\");var measureCharMajor=document.createElement(\"div\");measureCharMajor.className=\"vis-y-axis vis-major vis-measure\";measureCharMajor.appendChild(textMajor);this.dom.frame.appendChild(measureCharMajor);this.props.majorCharHeight=measureCharMajor.clientHeight;this.props.majorCharWidth=measureCharMajor.clientWidth;this.dom.frame.removeChild(measureCharMajor)}if(!(\"titleCharHeight\"in this.props)){var textTitle=document.createTextNode(\"0\");var measureCharTitle=document.createElement(\"div\");measureCharTitle.className=\"vis-y-axis vis-title vis-measure\";measureCharTitle.appendChild(textTitle);this.dom.frame.appendChild(measureCharTitle);this.props.titleCharHeight=measureCharTitle.clientHeight;this.props.titleCharWidth=measureCharTitle.clientWidth;this.dom.frame.removeChild(measureCharTitle)}};module.exports=DataAxis},function(module,exports){\"use strict\";function DataScale(start,end,autoScaleStart,autoScaleEnd,containerHeight,majorCharHeight){var zeroAlign=arguments.length>6&&arguments[6]!==undefined?arguments[6]:false;var formattingFunction=arguments.length>7&&arguments[7]!==undefined?arguments[7]:false;this.majorSteps=[1,2,5,10];this.minorSteps=[.25,.5,1,2];this.customLines=null;this.containerHeight=containerHeight;this.majorCharHeight=majorCharHeight;this._start=start;this._end=end;this.scale=1;this.minorStepIdx=-1;this.magnitudefactor=1;this.determineScale();this.zeroAlign=zeroAlign;this.autoScaleStart=autoScaleStart;this.autoScaleEnd=autoScaleEnd;this.formattingFunction=formattingFunction;if(autoScaleStart||autoScaleEnd){var me=this;var roundToMinor=function roundToMinor(value){var rounded=value-value%(me.magnitudefactor*me.minorSteps[me.minorStepIdx]);if(value%(me.magnitudefactor*me.minorSteps[me.minorStepIdx])>.5*(me.magnitudefactor*me.minorSteps[me.minorStepIdx])){return rounded+me.magnitudefactor*me.minorSteps[me.minorStepIdx]}else{return rounded}};if(autoScaleStart){this._start-=this.magnitudefactor*2*this.minorSteps[this.minorStepIdx];this._start=roundToMinor(this._start)}if(autoScaleEnd){this._end+=this.magnitudefactor*this.minorSteps[this.minorStepIdx];this._end=roundToMinor(this._end)}this.determineScale()}}DataScale.prototype.setCharHeight=function(majorCharHeight){this.majorCharHeight=majorCharHeight};DataScale.prototype.setHeight=function(containerHeight){this.containerHeight=containerHeight};DataScale.prototype.determineScale=function(){var range=this._end-this._start;this.scale=this.containerHeight/range;var minimumStepValue=this.majorCharHeight/this.scale;var orderOfMagnitude=range>0?Math.round(Math.log(range)/Math.LN10):0;this.minorStepIdx=-1;this.magnitudefactor=Math.pow(10,orderOfMagnitude);var start=0;if(orderOfMagnitude<0){start=orderOfMagnitude}var solutionFound=false;for(var l=start;Math.abs(l)<=Math.abs(orderOfMagnitude);l++){this.magnitudefactor=Math.pow(10,l);for(var j=0;j<this.minorSteps.length;j++){var stepSize=this.magnitudefactor*this.minorSteps[j];if(stepSize>=minimumStepValue){solutionFound=true;this.minorStepIdx=j;break}}if(solutionFound===true){break}}};DataScale.prototype.is_major=function(value){return value%(this.magnitudefactor*this.majorSteps[this.minorStepIdx])===0};DataScale.prototype.getStep=function(){return this.magnitudefactor*this.minorSteps[this.minorStepIdx]};DataScale.prototype.getFirstMajor=function(){var majorStep=this.magnitudefactor*this.majorSteps[this.minorStepIdx];return this.convertValue(this._start+(majorStep-this._start%majorStep)%majorStep)};DataScale.prototype.formatValue=function(current){var returnValue=current.toPrecision(5);if(typeof this.formattingFunction===\"function\"){returnValue=this.formattingFunction(current)}if(typeof returnValue===\"number\"){return\"\"+returnValue}else if(typeof returnValue===\"string\"){return returnValue}else{return current.toPrecision(5)}};DataScale.prototype.getLines=function(){var lines=[];var step=this.getStep();var bottomOffset=(step-this._start%step)%step;for(var i=this._start+bottomOffset;this._end-i>1e-5;i+=step){if(i!=this._start){lines.push({major:this.is_major(i),y:this.convertValue(i),val:this.formatValue(i)})}}return lines};DataScale.prototype.followScale=function(other){var oldStepIdx=this.minorStepIdx;var oldStart=this._start;var oldEnd=this._end;var me=this;var increaseMagnitude=function increaseMagnitude(){me.magnitudefactor*=2};var decreaseMagnitude=function decreaseMagnitude(){me.magnitudefactor/=2};if(other.minorStepIdx<=1&&this.minorStepIdx<=1||other.minorStepIdx>1&&this.minorStepIdx>1){}else if(other.minorStepIdx<this.minorStepIdx){this.minorStepIdx=1;if(oldStepIdx==2){increaseMagnitude()}else{increaseMagnitude();increaseMagnitude()}}else{this.minorStepIdx=2;if(oldStepIdx==1){decreaseMagnitude()}else{decreaseMagnitude();decreaseMagnitude()}}var lines=other.getLines();var otherZero=other.convertValue(0);var otherStep=other.getStep()*other.scale;var done=false;var count=0;while(!done&&count++<5){this.scale=otherStep/(this.minorSteps[this.minorStepIdx]*this.magnitudefactor);var newRange=this.containerHeight/this.scale;this._start=oldStart;this._end=this._start+newRange;var myOriginalZero=this._end*this.scale;var majorStep=this.magnitudefactor*this.majorSteps[this.minorStepIdx];var majorOffset=this.getFirstMajor()-other.getFirstMajor();if(this.zeroAlign){var zeroOffset=otherZero-myOriginalZero;this._end+=zeroOffset/this.scale;this._start=this._end-newRange}else{if(!this.autoScaleStart){this._start+=majorStep-majorOffset/this.scale;this._end=this._start+newRange}else{this._start-=majorOffset/this.scale;this._end=this._start+newRange}}if(!this.autoScaleEnd&&this._end>oldEnd+1e-5){decreaseMagnitude();done=false;continue}if(!this.autoScaleStart&&this._start<oldStart-1e-5){if(this.zeroAlign&&oldStart>=0){console.warn(\"Can't adhere to given 'min' range, due to zeroalign\")}else{decreaseMagnitude();done=false;continue}}if(this.autoScaleStart&&this.autoScaleEnd&&newRange<oldEnd-oldStart){increaseMagnitude();done=false;continue}done=true}};DataScale.prototype.convertValue=function(value){return this.containerHeight-(value-this._start)*this.scale};DataScale.prototype.screenToValue=function(pixels){return(this.containerHeight-pixels)/this.scale+this._start};module.exports=DataScale},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var util=__webpack_require__(1);var DOMutil=__webpack_require__(8);var Bars=__webpack_require__(57);var Lines=__webpack_require__(59);var Points=__webpack_require__(58);function GraphGroup(group,groupId,options,groupsUsingDefaultStyles){this.id=groupId;var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\",\"drawPoints\",\"shaded\",\"interpolation\",\"zIndex\",\"excludeFromStacking\",\"excludeFromLegend\"];this.options=util.selectiveBridgeObject(fields,options);this.usingDefaultStyle=group.className===undefined;this.groupsUsingDefaultStyles=groupsUsingDefaultStyles;this.zeroPosition=0;this.update(group);if(this.usingDefaultStyle==true){this.groupsUsingDefaultStyles[0]+=1}this.itemsData=[];this.visible=group.visible===undefined?true:group.visible}GraphGroup.prototype.setItems=function(items){if(items!=null){this.itemsData=items;if(this.options.sort==true){util.insertSort(this.itemsData,function(a,b){return a.x>b.x?1:-1})}}else{this.itemsData=[]}};GraphGroup.prototype.getItems=function(){return this.itemsData};GraphGroup.prototype.setZeroPosition=function(pos){this.zeroPosition=pos};GraphGroup.prototype.setOptions=function(options){if(options!==undefined){var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\",\"zIndex\",\"excludeFromStacking\",\"excludeFromLegend\"];util.selectiveDeepExtend(fields,this.options,options);if(typeof options.drawPoints==\"function\"){options.drawPoints={onRender:options.drawPoints}}util.mergeOptions(this.options,options,\"interpolation\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");if(options.interpolation){if(_typeof(options.interpolation)==\"object\"){if(options.interpolation.parametrization){if(options.interpolation.parametrization==\"uniform\"){this.options.interpolation.alpha=0}else if(options.interpolation.parametrization==\"chordal\"){this.options.interpolation.alpha=1}else{this.options.interpolation.parametrization=\"centripetal\";this.options.interpolation.alpha=.5}}}}}};GraphGroup.prototype.update=function(group){this.group=group;this.content=group.content||\"graph\";this.className=group.className||this.className||\"vis-graph-group\"+this.groupsUsingDefaultStyles[0]%10;this.visible=group.visible===undefined?true:group.visible;this.style=group.style;this.setOptions(group.options)};GraphGroup.prototype.getLegend=function(iconWidth,iconHeight,framework,x,y){if(framework==undefined||framework==null){var svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");framework={svg:svg,svgElements:{},options:this.options,groups:[this]}}if(x==undefined||x==null){x=0}if(y==undefined||y==null){y=.5*iconHeight}switch(this.options.style){case\"line\":Lines.drawIcon(this,x,y,iconWidth,iconHeight,framework);break;case\"points\":case\"point\":Points.drawIcon(this,x,y,iconWidth,iconHeight,framework);break;case\"bar\":Bars.drawIcon(this,x,y,iconWidth,iconHeight,framework);break}return{icon:framework.svg,label:this.content,orientation:this.options.yAxisOrientation}};GraphGroup.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};module.exports=GraphGroup},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(8);var Points=__webpack_require__(58);function Bargraph(groupId,options){}Bargraph.drawIcon=function(group,x,y,iconWidth,iconHeight,framework){var fillHeight=iconHeight*.5;var path,fillPath;var outline=DOMutil.getSVGElement(\"rect\",framework.svgElements,framework.svg);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"vis-outline\");var barWidth=Math.round(.3*iconWidth);var originalWidth=group.options.barChart.width;var scale=originalWidth/barWidth;var bar1Height=Math.round(.4*iconHeight);var bar2Height=Math.round(.75*iconHeight);var offset=Math.round((iconWidth-2*barWidth)/3);DOMutil.drawBar(x+.5*barWidth+offset,y+fillHeight-bar1Height-1,barWidth,bar1Height,group.className+\" vis-bar\",framework.svgElements,framework.svg,group.style);DOMutil.drawBar(x+1.5*barWidth+offset+2,y+fillHeight-bar2Height-1,barWidth,bar2Height,group.className+\" vis-bar\",framework.svgElements,framework.svg,group.style);if(group.options.drawPoints.enabled==true){var groupTemplate={style:group.options.drawPoints.style,styles:group.options.drawPoints.styles,size:group.options.drawPoints.size/scale,className:group.className};DOMutil.drawPoint(x+.5*barWidth+offset,y+fillHeight-bar1Height-1,groupTemplate,framework.svgElements,framework.svg);DOMutil.drawPoint(x+1.5*barWidth+offset+2,y+fillHeight-bar2Height-1,groupTemplate,framework.svgElements,framework.svg)}};Bargraph.draw=function(groupIds,processedGroupData,framework){var combinedData=[];var intersections={};var coreDistance;var key,drawData;var group;var i,j;var barPoints=0;for(i=0;i<groupIds.length;i++){group=framework.groups[groupIds[i]];if(group.options.style===\"bar\"){if(group.visible===true&&(framework.options.groups.visibility[groupIds[i]]===undefined||framework.options.groups.visibility[groupIds[i]]===true)){for(j=0;j<processedGroupData[groupIds[i]].length;j++){combinedData.push({screen_x:processedGroupData[groupIds[i]][j].screen_x,screen_y:processedGroupData[groupIds[i]][j].screen_y,x:processedGroupData[groupIds[i]][j].x,y:processedGroupData[groupIds[i]][j].y,groupId:groupIds[i],label:processedGroupData[groupIds[i]][j].label});barPoints+=1}}}}if(barPoints===0){return}combinedData.sort(function(a,b){if(a.screen_x===b.screen_x){return a.groupId<b.groupId?-1:1}else{return a.screen_x-b.screen_x}});Bargraph._getDataIntersections(intersections,combinedData);for(i=0;i<combinedData.length;i++){group=framework.groups[combinedData[i].groupId];var minWidth=group.options.barChart.minWidth!=undefined?group.options.barChart.minWidth:.1*group.options.barChart.width;key=combinedData[i].screen_x;var heightOffset=0;if(intersections[key]===undefined){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].screen_x-key)}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth)}else{var nextKey=i+(intersections[key].amount-intersections[key].resolved);var prevKey=i-(intersections[key].resolved+1);if(nextKey<combinedData.length){coreDistance=Math.abs(combinedData[nextKey].screen_x-key)}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth);intersections[key].resolved+=1;if(group.options.stack===true&&group.options.excludeFromStacking!==true){if(combinedData[i].screen_y<group.zeroPosition){heightOffset=intersections[key].accumulatedNegative;intersections[key].accumulatedNegative+=group.zeroPosition-combinedData[i].screen_y}else{heightOffset=intersections[key].accumulatedPositive;intersections[key].accumulatedPositive+=group.zeroPosition-combinedData[i].screen_y}}else if(group.options.barChart.sideBySide===true){drawData.width=drawData.width/intersections[key].amount;drawData.offset+=intersections[key].resolved*drawData.width-.5*drawData.width*(intersections[key].amount+1)}}DOMutil.drawBar(combinedData[i].screen_x+drawData.offset,combinedData[i].screen_y-heightOffset,drawData.width,group.zeroPosition-combinedData[i].screen_y,group.className+\" vis-bar\",framework.svgElements,framework.svg,group.style);if(group.options.drawPoints.enabled===true){var pointData={screen_x:combinedData[i].screen_x,screen_y:combinedData[i].screen_y-heightOffset,x:combinedData[i].x,y:combinedData[i].y,groupId:combinedData[i].groupId,label:combinedData[i].label};Points.draw([pointData],group,framework,drawData.offset)}}};Bargraph._getDataIntersections=function(intersections,combinedData){var coreDistance;for(var i=0;i<combinedData.length;i++){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].screen_x-combinedData[i].screen_x)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].screen_x-combinedData[i].screen_x))}if(coreDistance===0){if(intersections[combinedData[i].screen_x]===undefined){intersections[combinedData[i].screen_x]={amount:0,resolved:0,accumulatedPositive:0,accumulatedNegative:0}}intersections[combinedData[i].screen_x].amount+=1}}};Bargraph._getSafeDrawData=function(coreDistance,group,minWidth){var width,offset;if(coreDistance<group.options.barChart.width&&coreDistance>0){width=coreDistance<minWidth?minWidth:coreDistance;offset=0;if(group.options.barChart.align===\"left\"){offset-=.5*coreDistance}else if(group.options.barChart.align===\"right\"){offset+=.5*coreDistance}}else{width=group.options.barChart.width;offset=0;if(group.options.barChart.align===\"left\"){offset-=.5*group.options.barChart.width}else if(group.options.barChart.align===\"right\"){offset+=.5*group.options.barChart.width}}return{width:width,offset:offset}};Bargraph.getStackedYRange=function(combinedData,groupRanges,groupIds,groupLabel,orientation){if(combinedData.length>0){combinedData.sort(function(a,b){if(a.screen_x===b.screen_x){return a.groupId<b.groupId?-1:1}else{return a.screen_x-b.screen_x}});var intersections={};Bargraph._getDataIntersections(intersections,combinedData);groupRanges[groupLabel]=Bargraph._getStackedYRange(intersections,combinedData);groupRanges[groupLabel].yAxisOrientation=orientation;groupIds.push(groupLabel)}};Bargraph._getStackedYRange=function(intersections,combinedData){var key;var yMin=combinedData[0].screen_y;var yMax=combinedData[0].screen_y;for(var i=0;i<combinedData.length;i++){key=combinedData[i].screen_x;if(intersections[key]===undefined){yMin=yMin>combinedData[i].screen_y?combinedData[i].screen_y:yMin;yMax=yMax<combinedData[i].screen_y?combinedData[i].screen_y:yMax}else{if(combinedData[i].screen_y<0){intersections[key].accumulatedNegative+=combinedData[i].screen_y}else{intersections[key].accumulatedPositive+=combinedData[i].screen_y}}}for(var xpos in intersections){if(intersections.hasOwnProperty(xpos)){yMin=yMin>intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMin;yMin=yMin>intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMin;yMax=yMax<intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMax;yMax=yMax<intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMax}}return{min:yMin,max:yMax}};module.exports=Bargraph},function(module,exports,__webpack_require__){\"use strict\";var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var DOMutil=__webpack_require__(8);function Points(groupId,options){}Points.draw=function(dataset,group,framework,offset){offset=offset||0;var callback=getCallback(framework,group);for(var i=0;i<dataset.length;i++){if(!callback){DOMutil.drawPoint(dataset[i].screen_x+offset,dataset[i].screen_y,getGroupTemplate(group),framework.svgElements,framework.svg,dataset[i].label)}else{var callbackResult=callback(dataset[i],group);if(callbackResult===true||(typeof callbackResult===\"undefined\"?\"undefined\":_typeof(callbackResult))===\"object\"){DOMutil.drawPoint(dataset[i].screen_x+offset,dataset[i].screen_y,getGroupTemplate(group,callbackResult),framework.svgElements,framework.svg,dataset[i].label)}}}};Points.drawIcon=function(group,x,y,iconWidth,iconHeight,framework){var fillHeight=iconHeight*.5;var path,fillPath;var outline=DOMutil.getSVGElement(\"rect\",framework.svgElements,framework.svg);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"vis-outline\");DOMutil.drawPoint(x+.5*iconWidth,y,getGroupTemplate(group),framework.svgElements,framework.svg)};function getGroupTemplate(group,callbackResult){callbackResult=typeof callbackResult===\"undefined\"?{}:callbackResult;return{style:callbackResult.style||group.options.drawPoints.style,styles:callbackResult.styles||group.options.drawPoints.styles,size:callbackResult.size||group.options.drawPoints.size,className:callbackResult.className||group.className}}function getCallback(framework,group){var callback=undefined;if(framework.options&&framework.options.drawPoints&&framework.options.drawPoints.onRender&&typeof framework.options.drawPoints.onRender==\"function\"){callback=framework.options.drawPoints.onRender}if(group.group.options&&group.group.options.drawPoints&&group.group.options.drawPoints.onRender&&typeof group.group.options.drawPoints.onRender==\"function\"){callback=group.group.options.drawPoints.onRender}return callback}module.exports=Points},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(8);function Line(groupId,options){}Line.calcPath=function(dataset,group){if(dataset!=null){if(dataset.length>0){var d=[];if(group.options.interpolation.enabled==true){d=Line._catmullRom(dataset,group)}else{d=Line._linear(dataset)}return d}}};Line.drawIcon=function(group,x,y,iconWidth,iconHeight,framework){var fillHeight=iconHeight*.5;var path,fillPath;var outline=DOMutil.getSVGElement(\"rect\",framework.svgElements,framework.svg);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"vis-outline\");path=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);path.setAttributeNS(null,\"class\",group.className);if(group.style!==undefined){path.setAttributeNS(null,\"style\",group.style)}path.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\"\");if(group.options.shaded.enabled==true){fillPath=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);if(group.options.shaded.orientation==\"top\"){fillPath.setAttributeNS(null,\"d\",\"M\"+x+\", \"+(y-fillHeight)+\"L\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\" L\"+(x+iconWidth)+\",\"+(y-fillHeight))}else{fillPath.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" \"+\"L\"+x+\",\"+(y+fillHeight)+\" \"+\"L\"+(x+iconWidth)+\",\"+(y+fillHeight)+\"L\"+(x+iconWidth)+\",\"+y)}fillPath.setAttributeNS(null,\"class\",group.className+\" vis-icon-fill\");if(group.options.shaded.style!==undefined&&group.options.shaded.style!==\"\"){fillPath.setAttributeNS(null,\"style\",group.options.shaded.style)}}if(group.options.drawPoints.enabled==true){var groupTemplate={style:group.options.drawPoints.style,styles:group.options.drawPoints.styles,size:group.options.drawPoints.size,className:group.className};DOMutil.drawPoint(x+.5*iconWidth,y,groupTemplate,framework.svgElements,framework.svg)}};Line.drawShading=function(pathArray,group,subPathArray,framework){if(group.options.shaded.enabled==true){var svgHeight=Number(framework.svg.style.height.replace(\"px\",\"\"));var fillPath=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);var type=\"L\";if(group.options.interpolation.enabled==true){type=\"C\"}var dFill;var zero=0;if(group.options.shaded.orientation==\"top\"){zero=0}else if(group.options.shaded.orientation==\"bottom\"){zero=svgHeight}else{zero=Math.min(Math.max(0,group.zeroPosition),svgHeight)}if(group.options.shaded.orientation==\"group\"&&subPathArray!=null&&subPathArray!=undefined){dFill=\"M\"+pathArray[0][0]+\",\"+pathArray[0][1]+\" \"+this.serializePath(pathArray,type,false)+\" L\"+subPathArray[subPathArray.length-1][0]+\",\"+subPathArray[subPathArray.length-1][1]+\" \"+this.serializePath(subPathArray,type,true)+subPathArray[0][0]+\",\"+subPathArray[0][1]+\" Z\"}else{dFill=\"M\"+pathArray[0][0]+\",\"+pathArray[0][1]+\" \"+this.serializePath(pathArray,type,false)+\" V\"+zero+\" H\"+pathArray[0][0]+\" Z\"}fillPath.setAttributeNS(null,\"class\",group.className+\" vis-fill\");if(group.options.shaded.style!==undefined){fillPath.setAttributeNS(null,\"style\",group.options.shaded.style)}fillPath.setAttributeNS(null,\"d\",dFill)}};Line.draw=function(pathArray,group,framework){if(pathArray!=null&&pathArray!=undefined){var path=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);path.setAttributeNS(null,\"class\",group.className);if(group.style!==undefined){path.setAttributeNS(null,\"style\",group.style)}var type=\"L\";if(group.options.interpolation.enabled==true){type=\"C\"}path.setAttributeNS(null,\"d\",\"M\"+pathArray[0][0]+\",\"+pathArray[0][1]+\" \"+this.serializePath(pathArray,type,false))}};Line.serializePath=function(pathArray,type,inverse){if(pathArray.length<2){return\"\"}var d=type;if(inverse){for(var i=pathArray.length-2;i>0;i--){d+=pathArray[i][0]+\",\"+pathArray[i][1]+\" \"}}else{for(var i=1;i<pathArray.length;i++){d+=pathArray[i][0]+\",\"+pathArray[i][1]+\" \"}}return d};Line._catmullRomUniform=function(data){var p0,p1,p2,p3,bp1,bp2;var d=[];d.push([Math.round(data[0].screen_x),Math.round(data[0].screen_y)]);var normalization=1/6;var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;bp1={screen_x:(-p0.screen_x+6*p1.screen_x+p2.screen_x)*normalization,screen_y:(-p0.screen_y+6*p1.screen_y+p2.screen_y)*normalization};bp2={screen_x:(p1.screen_x+6*p2.screen_x-p3.screen_x)*normalization,screen_y:(p1.screen_y+6*p2.screen_y-p3.screen_y)*normalization};d.push([bp1.screen_x,bp1.screen_y]);d.push([bp2.screen_x,bp2.screen_y]);d.push([p2.screen_x,p2.screen_y])}return d};Line._catmullRom=function(data,group){var alpha=group.options.interpolation.alpha;if(alpha==0||alpha===undefined){return this._catmullRomUniform(data)}else{var p0,p1,p2,p3,bp1,bp2,d1,d2,d3,A,B,N,M;var d3powA,d2powA,d3pow2A,d2pow2A,d1pow2A,d1powA;var d=[];d.push([Math.round(data[0].screen_x),Math.round(data[0].screen_y)]);var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;d1=Math.sqrt(Math.pow(p0.screen_x-p1.screen_x,2)+Math.pow(p0.screen_y-p1.screen_y,2));d2=Math.sqrt(Math.pow(p1.screen_x-p2.screen_x,2)+Math.pow(p1.screen_y-p2.screen_y,2));d3=Math.sqrt(Math.pow(p2.screen_x-p3.screen_x,2)+Math.pow(p2.screen_y-p3.screen_y,2));d3powA=Math.pow(d3,alpha);d3pow2A=Math.pow(d3,2*alpha);d2powA=Math.pow(d2,alpha);d2pow2A=Math.pow(d2,2*alpha);d1powA=Math.pow(d1,alpha);d1pow2A=Math.pow(d1,2*alpha);A=2*d1pow2A+3*d1powA*d2powA+d2pow2A;B=2*d3pow2A+3*d3powA*d2powA+d2pow2A;N=3*d1powA*(d1powA+d2powA);if(N>0){N=1/N}M=3*d3powA*(d3powA+d2powA);if(M>0){M=1/M}bp1={screen_x:(-d2pow2A*p0.screen_x+A*p1.screen_x+d1pow2A*p2.screen_x)*N,screen_y:(-d2pow2A*p0.screen_y+A*p1.screen_y+d1pow2A*p2.screen_y)*N};bp2={screen_x:(d3pow2A*p1.screen_x+B*p2.screen_x-d2pow2A*p3.screen_x)*M,screen_y:(d3pow2A*p1.screen_y+B*p2.screen_y-d2pow2A*p3.screen_y)*M};if(bp1.screen_x==0&&bp1.screen_y==0){bp1=p1}if(bp2.screen_x==0&&bp2.screen_y==0){bp2=p2}d.push([bp1.screen_x,bp1.screen_y]);d.push([bp2.screen_x,bp2.screen_y]);d.push([p2.screen_x,p2.screen_y])}return d}};Line._linear=function(data){var d=[];for(var i=0;i<data.length;i++){d.push([data[i].screen_x,data[i].screen_y])}return d};module.exports=Line},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(1);var DOMutil=__webpack_require__(8);var Component=__webpack_require__(33);function Legend(body,options,side,linegraphOptions){this.body=body;this.defaultOptions={enabled:false,icons:true,iconSize:20,iconSpacing:6,left:{visible:true,position:\"top-left\"},right:{visible:true,position:\"top-right\"}};this.side=side;this.options=util.extend({},this.defaultOptions);this.linegraphOptions=linegraphOptions;this.svgElements={};this.dom={};this.groups={};this.amountOfGroups=0;this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups};this.setOptions(options)}Legend.prototype=new Component;Legend.prototype.clear=function(){this.groups={};this.amountOfGroups=0};Legend.prototype.addGroup=function(label,graphOptions){if(graphOptions.options.excludeFromLegend!=true){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1}};Legend.prototype.updateGroup=function(label,graphOptions){this.groups[label]=graphOptions};Legend.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};Legend.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.className=\"vis-legend\";this.dom.frame.style.position=\"absolute\";this.dom.frame.style.top=\"10px\";this.dom.frame.style.display=\"block\";this.dom.textArea=document.createElement(\"div\");this.dom.textArea.className=\"vis-legend-text\";this.dom.textArea.style.position=\"relative\";this.dom.textArea.style.top=\"0px\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=0+\"px\";this.svg.style.width=this.options.iconSize+5+\"px\";this.svg.style.height=\"100%\";this.dom.frame.appendChild(this.svg);this.dom.frame.appendChild(this.dom.textArea)};Legend.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};Legend.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};Legend.prototype.setOptions=function(options){var fields=[\"enabled\",\"orientation\",\"icons\",\"left\",\"right\"];util.selectiveDeepExtend(fields,this.options,options)};Legend.prototype.redraw=function(){var activeGroups=0;var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){activeGroups++}}if(this.options[this.side].visible==false||this.amountOfGroups==0||this.options.enabled==false||activeGroups==0){this.hide()}else{this.show();if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"bottom-left\"){this.dom.frame.style.left=\"4px\";this.dom.frame.style.textAlign=\"left\";this.dom.textArea.style.textAlign=\"left\";this.dom.textArea.style.left=this.options.iconSize+15+\"px\";this.dom.textArea.style.right=\"\";this.svg.style.left=0+\"px\";this.svg.style.right=\"\"}else{this.dom.frame.style.right=\"4px\";this.dom.frame.style.textAlign=\"right\";this.dom.textArea.style.textAlign=\"right\";this.dom.textArea.style.right=this.options.iconSize+15+\"px\";this.dom.textArea.style.left=\"\";this.svg.style.right=0+\"px\";this.svg.style.left=\"\"}if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"top-right\"){this.dom.frame.style.top=4-Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.bottom=\"\"}else{var scrollableHeight=this.body.domProps.center.height-this.body.domProps.centerContainer.height;this.dom.frame.style.bottom=4+scrollableHeight+Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.top=\"\"}if(this.options.icons==false){this.dom.frame.style.width=this.dom.textArea.offsetWidth+10+\"px\";this.dom.textArea.style.right=\"\";this.dom.textArea.style.left=\"\";this.svg.style.width=\"0px\"}else{this.dom.frame.style.width=this.options.iconSize+15+this.dom.textArea.offsetWidth+10+\"px\";this.drawLegendIcons()}var content=\"\";for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){content+=this.groups[groupId].content+\"<br />\"}}this.dom.textArea.innerHTML=content;this.dom.textArea.style.lineHeight=.75*this.options.iconSize+this.options.iconSpacing+\"px\"}};Legend.prototype.drawLegendIcons=function(){if(this.dom.frame.parentNode){var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});DOMutil.resetElements(this.svgElements);var padding=window.getComputedStyle(this.dom.frame).paddingTop;var iconOffset=Number(padding.replace(\"px\",\"\"));var x=iconOffset;var iconWidth=this.options.iconSize;var iconHeight=.75*this.options.iconSize;var y=iconOffset+.5*iconHeight+3;this.svg.style.width=iconWidth+5+iconOffset+\"px\";for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){this.groups[groupId].getLegend(iconWidth,iconHeight,this.framework,x,y);y+=iconHeight+this.options.iconSpacing}}}};module.exports=Legend},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var date=\"date\";var object=\"object\";var dom=\"dom\";var moment=\"moment\";var any=\"any\";var allOptions={configure:{enabled:{boolean:boolean},filter:{boolean:boolean,function:\"function\"},container:{dom:dom},__type__:{object:object,boolean:boolean,function:\"function\"}},yAxisOrientation:{string:[\"left\",\"right\"]},defaultGroup:{string:string},sort:{boolean:boolean},sampling:{boolean:boolean},stack:{boolean:boolean},graphHeight:{string:string,number:number},shaded:{enabled:{boolean:boolean},orientation:{string:[\"bottom\",\"top\",\"zero\",\"group\"]},groupId:{object:object},__type__:{boolean:boolean,object:object}},style:{string:[\"line\",\"bar\",\"points\"]},barChart:{\nwidth:{number:number},minWidth:{number:number},sideBySide:{boolean:boolean},align:{string:[\"left\",\"center\",\"right\"]},__type__:{object:object}},interpolation:{enabled:{boolean:boolean},parametrization:{string:[\"centripetal\",\"chordal\",\"uniform\"]},alpha:{number:number},__type__:{object:object,boolean:boolean}},drawPoints:{enabled:{boolean:boolean},onRender:{function:\"function\"},size:{number:number},style:{string:[\"square\",\"circle\"]},__type__:{object:object,boolean:boolean,function:\"function\"}},dataAxis:{showMinorLabels:{boolean:boolean},showMajorLabels:{boolean:boolean},icons:{boolean:boolean},width:{string:string,number:number},visible:{boolean:boolean},alignZeros:{boolean:boolean},left:{range:{min:{number:number},max:{number:number},__type__:{object:object}},format:{function:\"function\"},title:{text:{string:string,number:number},style:{string:string},__type__:{object:object}},__type__:{object:object}},right:{range:{min:{number:number},max:{number:number},__type__:{object:object}},format:{function:\"function\"},title:{text:{string:string,number:number},style:{string:string},__type__:{object:object}},__type__:{object:object}},__type__:{object:object}},legend:{enabled:{boolean:boolean},icons:{boolean:boolean},left:{visible:{boolean:boolean},position:{string:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},__type__:{object:object}},right:{visible:{boolean:boolean},position:{string:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},__type__:{object:object}},__type__:{object:object,boolean:boolean}},groups:{visibility:{any:any},__type__:{object:object}},autoResize:{boolean:boolean},clickToUse:{boolean:boolean},end:{number:number,date:date,string:string,moment:moment},format:{minorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},majorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},__type__:{object:object}},moment:{function:\"function\"},height:{string:string,number:number},hiddenDates:{start:{date:date,number:number,string:string,moment:moment},end:{date:date,number:number,string:string,moment:moment},repeat:{string:string},__type__:{object:object,array:array}},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},max:{date:date,number:number,string:string,moment:moment},maxHeight:{number:number,string:string},maxMinorChars:{number:number},min:{date:date,number:number,string:string,moment:moment},minHeight:{number:number,string:string},moveable:{boolean:boolean},multiselect:{boolean:boolean},orientation:{string:string},showCurrentTime:{boolean:boolean},showMajorLabels:{boolean:boolean},showMinorLabels:{boolean:boolean},start:{date:date,number:number,string:string,moment:moment},timeAxis:{scale:{string:string,undefined:\"undefined\"},step:{number:number,undefined:\"undefined\"},__type__:{object:object}},width:{string:string,number:number},zoomable:{boolean:boolean},zoomKey:{string:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"]},zoomMax:{number:number},zoomMin:{number:number},zIndex:{number:number},__type__:{object:object}};var configureOptions={global:{sort:true,sampling:true,stack:false,shaded:{enabled:false,orientation:[\"zero\",\"top\",\"bottom\",\"group\"]},style:[\"line\",\"bar\",\"points\"],barChart:{width:[50,5,100,5],minWidth:[50,5,100,5],sideBySide:false,align:[\"left\",\"center\",\"right\"]},interpolation:{enabled:true,parametrization:[\"centripetal\",\"chordal\",\"uniform\"]},drawPoints:{enabled:true,size:[6,2,30,1],style:[\"square\",\"circle\"]},dataAxis:{showMinorLabels:true,showMajorLabels:true,icons:false,width:[40,0,200,1],visible:true,alignZeros:true,left:{title:{text:\"\",style:\"\"}},right:{title:{text:\"\",style:\"\"}}},legend:{enabled:false,icons:true,left:{visible:true,position:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},right:{visible:true,position:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]}},autoResize:true,clickToUse:false,end:\"\",format:{minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}},height:\"\",locale:\"\",max:\"\",maxHeight:\"\",maxMinorChars:[7,0,20,1],min:\"\",minHeight:\"\",moveable:true,orientation:[\"both\",\"bottom\",\"top\"],showCurrentTime:false,showMajorLabels:true,showMinorLabels:true,start:\"\",width:\"100%\",zoomable:true,zoomKey:[\"ctrlKey\",\"altKey\",\"metaKey\",\"\"],zoomMax:[31536e10,10,31536e10,1],zoomMin:[10,10,31536e10,1],zIndex:0}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";exports.util=__webpack_require__(1);exports.DOMutil=__webpack_require__(8);exports.DataSet=__webpack_require__(9);exports.DataView=__webpack_require__(11);exports.Queue=__webpack_require__(10);exports.Network=__webpack_require__(63);exports.network={Images:__webpack_require__(64),dotparser:__webpack_require__(120),gephiParser:__webpack_require__(121),allOptions:__webpack_require__(116)};exports.network.convertDot=function(input){return exports.network.dotparser.DOTToGraph(input)};exports.network.convertGephi=function(input,options){return exports.network.gephiParser.parseGephi(input,options)};exports.moment=__webpack_require__(2);exports.Hammer=__webpack_require__(22);exports.keycharm=__webpack_require__(25)},function(module,exports,__webpack_require__){\"use strict\";var _Images=__webpack_require__(64);var _Images2=_interopRequireDefault(_Images);var _Groups=__webpack_require__(65);var _Groups2=_interopRequireDefault(_Groups);var _NodesHandler=__webpack_require__(66);var _NodesHandler2=_interopRequireDefault(_NodesHandler);var _EdgesHandler=__webpack_require__(86);var _EdgesHandler2=_interopRequireDefault(_EdgesHandler);var _PhysicsEngine=__webpack_require__(95);var _PhysicsEngine2=_interopRequireDefault(_PhysicsEngine);var _Clustering=__webpack_require__(104);var _Clustering2=_interopRequireDefault(_Clustering);var _CanvasRenderer=__webpack_require__(107);var _CanvasRenderer2=_interopRequireDefault(_CanvasRenderer);var _Canvas=__webpack_require__(108);var _Canvas2=_interopRequireDefault(_Canvas);var _View=__webpack_require__(109);var _View2=_interopRequireDefault(_View);var _InteractionHandler=__webpack_require__(110);var _InteractionHandler2=_interopRequireDefault(_InteractionHandler);var _SelectionHandler=__webpack_require__(113);var _SelectionHandler2=_interopRequireDefault(_SelectionHandler);var _LayoutEngine=__webpack_require__(114);var _LayoutEngine2=_interopRequireDefault(_LayoutEngine);var _ManipulationSystem=__webpack_require__(115);var _ManipulationSystem2=_interopRequireDefault(_ManipulationSystem);var _Configurator=__webpack_require__(28);var _Configurator2=_interopRequireDefault(_Configurator);var _Validator=__webpack_require__(31);var _Validator2=_interopRequireDefault(_Validator);var _options=__webpack_require__(116);var _KamadaKawai=__webpack_require__(117);var _KamadaKawai2=_interopRequireDefault(_KamadaKawai);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}__webpack_require__(119);var Emitter=__webpack_require__(13);var util=__webpack_require__(1);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var dotparser=__webpack_require__(120);var gephiParser=__webpack_require__(121);var Activator=__webpack_require__(47);var locales=__webpack_require__(122);function Network(container,data,options){var _this=this;if(!(this instanceof Network)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.options={};this.defaultOptions={locale:\"en\",locales:locales,clickToUse:false};util.extend(this.options,this.defaultOptions);this.body={container:container,nodes:{},nodeIndices:[],edges:{},edgeIndices:[],emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this),once:this.once.bind(this)},eventListeners:{onTap:function onTap(){},onTouch:function onTouch(){},onDoubleTap:function onDoubleTap(){},onHold:function onHold(){},onDragStart:function onDragStart(){},onDrag:function onDrag(){},onDragEnd:function onDragEnd(){},onMouseWheel:function onMouseWheel(){},onPinch:function onPinch(){},onMouseMove:function onMouseMove(){},onRelease:function onRelease(){},onContext:function onContext(){}},data:{nodes:null,edges:null},functions:{createNode:function createNode(){},createEdge:function createEdge(){},getPointer:function getPointer(){}},modules:{},view:{scale:1,translation:{x:0,y:0}}};this.bindEventListeners();this.images=new _Images2.default(function(){return _this.body.emitter.emit(\"_requestRedraw\")});this.groups=new _Groups2.default;this.canvas=new _Canvas2.default(this.body);this.selectionHandler=new _SelectionHandler2.default(this.body,this.canvas);this.interactionHandler=new _InteractionHandler2.default(this.body,this.canvas,this.selectionHandler);this.view=new _View2.default(this.body,this.canvas);this.renderer=new _CanvasRenderer2.default(this.body,this.canvas);this.physics=new _PhysicsEngine2.default(this.body);this.layoutEngine=new _LayoutEngine2.default(this.body);this.clustering=new _Clustering2.default(this.body);this.manipulation=new _ManipulationSystem2.default(this.body,this.canvas,this.selectionHandler);this.nodesHandler=new _NodesHandler2.default(this.body,this.images,this.groups,this.layoutEngine);this.edgesHandler=new _EdgesHandler2.default(this.body,this.images,this.groups);this.body.modules[\"kamadaKawai\"]=new _KamadaKawai2.default(this.body,150,.05);this.body.modules[\"clustering\"]=this.clustering;this.canvas._create();this.setOptions(options);this.setData(data)}Emitter(Network.prototype);Network.prototype.setOptions=function(options){var _this2=this;if(options!==undefined){var errorFound=_Validator2.default.validate(options,_options.allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",_Validator.printStyle)}var fields=[\"locale\",\"locales\",\"clickToUse\"];util.selectiveDeepExtend(fields,this.options,options);options=this.layoutEngine.setOptions(options.layout,options);this.canvas.setOptions(options);this.groups.setOptions(options.groups);this.nodesHandler.setOptions(options.nodes);this.edgesHandler.setOptions(options.edges);this.physics.setOptions(options.physics);this.manipulation.setOptions(options.manipulation,options,this.options);this.interactionHandler.setOptions(options.interaction);this.renderer.setOptions(options.interaction);this.selectionHandler.setOptions(options.interaction);if(options.groups!==undefined){this.body.emitter.emit(\"refreshNodes\")}if(\"configure\"in options){if(!this.configurator){this.configurator=new _Configurator2.default(this,this.body.container,_options.configureOptions,this.canvas.pixelRatio)}this.configurator.setOptions(options.configure)}if(this.configurator&&this.configurator.options.enabled===true){var networkOptions={nodes:{},edges:{},layout:{},interaction:{},manipulation:{},physics:{},global:{}};util.deepExtend(networkOptions.nodes,this.nodesHandler.options);util.deepExtend(networkOptions.edges,this.edgesHandler.options);util.deepExtend(networkOptions.layout,this.layoutEngine.options);util.deepExtend(networkOptions.interaction,this.selectionHandler.options);util.deepExtend(networkOptions.interaction,this.renderer.options);util.deepExtend(networkOptions.interaction,this.interactionHandler.options);util.deepExtend(networkOptions.manipulation,this.manipulation.options);util.deepExtend(networkOptions.physics,this.physics.options);util.deepExtend(networkOptions.global,this.canvas.options);util.deepExtend(networkOptions.global,this.options);this.configurator.setModuleOptions(networkOptions)}if(options.clickToUse!==undefined){if(options.clickToUse===true){if(this.activator===undefined){this.activator=new Activator(this.canvas.frame);this.activator.on(\"change\",function(){_this2.body.emitter.emit(\"activate\")})}}else{if(this.activator!==undefined){this.activator.destroy();delete this.activator}this.body.emitter.emit(\"activate\")}}else{this.body.emitter.emit(\"activate\")}this.canvas.setSize();this.body.emitter.emit(\"startSimulation\")}};Network.prototype._updateVisibleIndices=function(){var nodes=this.body.nodes;var edges=this.body.edges;this.body.nodeIndices=[];this.body.edgeIndices=[];for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(nodes[nodeId].options.hidden===false){this.body.nodeIndices.push(nodes[nodeId].id)}}}for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){if(edges[edgeId].options.hidden===false){this.body.edgeIndices.push(edges[edgeId].id)}}}};Network.prototype.bindEventListeners=function(){var _this3=this;this.body.emitter.on(\"_dataChanged\",function(){_this3._updateVisibleIndices();_this3.body.emitter.emit(\"_requestRedraw\");_this3.body.emitter.emit(\"_dataUpdated\")});this.body.emitter.on(\"_dataUpdated\",function(){_this3._updateValueRange(_this3.body.nodes);_this3._updateValueRange(_this3.body.edges);_this3.body.emitter.emit(\"startSimulation\");_this3.body.emitter.emit(\"_requestRedraw\")})};Network.prototype.setData=function(data){this.body.emitter.emit(\"resetPhysics\");this.body.emitter.emit(\"_resetData\");this.selectionHandler.unselectAll();if(data&&data.dot&&(data.nodes||data.edges)){throw new SyntaxError('Data must contain either parameter \"dot\" or '+' parameter pair \"nodes\" and \"edges\", but not both.')}this.setOptions(data&&data.options);if(data&&data.dot){console.log(\"The dot property has been deprecated. Please use the static convertDot method to convert DOT into vis.network format and use the normal data format with nodes and edges. This converter is used like this: var data = vis.network.convertDot(dotString);\");var dotData=dotparser.DOTToGraph(data.dot);this.setData(dotData);return}else if(data&&data.gephi){console.log(\"The gephi property has been deprecated. Please use the static convertGephi method to convert gephi into vis.network format and use the normal data format with nodes and edges. This converter is used like this: var data = vis.network.convertGephi(gephiJson);\");var gephiData=gephiParser.parseGephi(data.gephi);this.setData(gephiData);return}else{this.nodesHandler.setData(data&&data.nodes,true);this.edgesHandler.setData(data&&data.edges,true)}this.body.emitter.emit(\"_dataChanged\");this.body.emitter.emit(\"_dataLoaded\");this.body.emitter.emit(\"initPhysics\")};Network.prototype.destroy=function(){this.body.emitter.emit(\"destroy\");this.body.emitter.off();this.off();delete this.groups;delete this.canvas;delete this.selectionHandler;delete this.interactionHandler;delete this.view;delete this.renderer;delete this.physics;delete this.layoutEngine;delete this.clustering;delete this.manipulation;delete this.nodesHandler;delete this.edgesHandler;delete this.configurator;delete this.images;for(var nodeId in this.body.nodes){delete this.body.nodes[nodeId]}for(var edgeId in this.body.edges){delete this.body.edges[edgeId]}util.recursiveDOMDelete(this.body.container)};Network.prototype._updateValueRange=function(obj){var id;var valueMin=undefined;var valueMax=undefined;var valueTotal=0;for(id in obj){if(obj.hasOwnProperty(id)){var value=obj[id].getValue();if(value!==undefined){valueMin=valueMin===undefined?value:Math.min(value,valueMin);valueMax=valueMax===undefined?value:Math.max(value,valueMax);valueTotal+=value}}}if(valueMin!==undefined&&valueMax!==undefined){for(id in obj){if(obj.hasOwnProperty(id)){obj[id].setValueRange(valueMin,valueMax,valueTotal)}}}};Network.prototype.isActive=function(){return!this.activator||this.activator.active};Network.prototype.setSize=function(){return this.canvas.setSize.apply(this.canvas,arguments)};Network.prototype.canvasToDOM=function(){return this.canvas.canvasToDOM.apply(this.canvas,arguments)};Network.prototype.DOMtoCanvas=function(){return this.canvas.DOMtoCanvas.apply(this.canvas,arguments)};Network.prototype.findNode=function(){return this.clustering.findNode.apply(this.clustering,arguments)};Network.prototype.isCluster=function(){return this.clustering.isCluster.apply(this.clustering,arguments)};Network.prototype.openCluster=function(){return this.clustering.openCluster.apply(this.clustering,arguments)};Network.prototype.cluster=function(){return this.clustering.cluster.apply(this.clustering,arguments)};Network.prototype.getNodesInCluster=function(){return this.clustering.getNodesInCluster.apply(this.clustering,arguments)};Network.prototype.clusterByConnection=function(){return this.clustering.clusterByConnection.apply(this.clustering,arguments)};Network.prototype.clusterByHubsize=function(){return this.clustering.clusterByHubsize.apply(this.clustering,arguments)};Network.prototype.clusterOutliers=function(){return this.clustering.clusterOutliers.apply(this.clustering,arguments)};Network.prototype.getSeed=function(){return this.layoutEngine.getSeed.apply(this.layoutEngine,arguments)};Network.prototype.enableEditMode=function(){return this.manipulation.enableEditMode.apply(this.manipulation,arguments)};Network.prototype.disableEditMode=function(){return this.manipulation.disableEditMode.apply(this.manipulation,arguments)};Network.prototype.addNodeMode=function(){return this.manipulation.addNodeMode.apply(this.manipulation,arguments)};Network.prototype.editNode=function(){return this.manipulation.editNode.apply(this.manipulation,arguments)};Network.prototype.editNodeMode=function(){console.log(\"Deprecated: Please use editNode instead of editNodeMode.\");return this.manipulation.editNode.apply(this.manipulation,arguments)};Network.prototype.addEdgeMode=function(){return this.manipulation.addEdgeMode.apply(this.manipulation,arguments)};Network.prototype.editEdgeMode=function(){return this.manipulation.editEdgeMode.apply(this.manipulation,arguments)};Network.prototype.deleteSelected=function(){return this.manipulation.deleteSelected.apply(this.manipulation,arguments)};Network.prototype.getPositions=function(){return this.nodesHandler.getPositions.apply(this.nodesHandler,arguments)};Network.prototype.storePositions=function(){return this.nodesHandler.storePositions.apply(this.nodesHandler,arguments)};Network.prototype.moveNode=function(){return this.nodesHandler.moveNode.apply(this.nodesHandler,arguments)};Network.prototype.getBoundingBox=function(){return this.nodesHandler.getBoundingBox.apply(this.nodesHandler,arguments)};Network.prototype.getConnectedNodes=function(objectId){if(this.body.nodes[objectId]!==undefined){return this.nodesHandler.getConnectedNodes.apply(this.nodesHandler,arguments)}else{return this.edgesHandler.getConnectedNodes.apply(this.edgesHandler,arguments)}};Network.prototype.getConnectedEdges=function(){return this.nodesHandler.getConnectedEdges.apply(this.nodesHandler,arguments)};Network.prototype.startSimulation=function(){return this.physics.startSimulation.apply(this.physics,arguments)};Network.prototype.stopSimulation=function(){return this.physics.stopSimulation.apply(this.physics,arguments)};Network.prototype.stabilize=function(){return this.physics.stabilize.apply(this.physics,arguments)};Network.prototype.getSelection=function(){return this.selectionHandler.getSelection.apply(this.selectionHandler,arguments)};Network.prototype.setSelection=function(){return this.selectionHandler.setSelection.apply(this.selectionHandler,arguments)};Network.prototype.getSelectedNodes=function(){return this.selectionHandler.getSelectedNodes.apply(this.selectionHandler,arguments)};Network.prototype.getSelectedEdges=function(){return this.selectionHandler.getSelectedEdges.apply(this.selectionHandler,arguments)};Network.prototype.getNodeAt=function(){var node=this.selectionHandler.getNodeAt.apply(this.selectionHandler,arguments);if(node!==undefined&&node.id!==undefined){return node.id}return node};Network.prototype.getEdgeAt=function(){var edge=this.selectionHandler.getEdgeAt.apply(this.selectionHandler,arguments);if(edge!==undefined&&edge.id!==undefined){return edge.id}return edge};Network.prototype.selectNodes=function(){return this.selectionHandler.selectNodes.apply(this.selectionHandler,arguments)};Network.prototype.selectEdges=function(){return this.selectionHandler.selectEdges.apply(this.selectionHandler,arguments)};Network.prototype.unselectAll=function(){this.selectionHandler.unselectAll.apply(this.selectionHandler,arguments);this.redraw()};Network.prototype.redraw=function(){return this.renderer.redraw.apply(this.renderer,arguments)};Network.prototype.getScale=function(){return this.view.getScale.apply(this.view,arguments)};Network.prototype.getViewPosition=function(){return this.view.getViewPosition.apply(this.view,arguments)};Network.prototype.fit=function(){return this.view.fit.apply(this.view,arguments)};Network.prototype.moveTo=function(){return this.view.moveTo.apply(this.view,arguments)};Network.prototype.focus=function(){return this.view.focus.apply(this.view,arguments)};Network.prototype.releaseNode=function(){return this.view.releaseNode.apply(this.view,arguments)};Network.prototype.getOptionsFromConfigurator=function(){var options={};if(this.configurator){options=this.configurator.getOptions.apply(this.configurator)}return options};module.exports=Network},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Images=function(){function Images(callback){_classCallCheck(this,Images);this.images={};this.imageBroken={};this.callback=callback}_createClass(Images,[{key:\"_addImageToCache\",value:function _addImageToCache(url,imageToCache){if(imageToCache.width===0){document.body.appendChild(imageToCache);imageToCache.width=imageToCache.offsetWidth;imageToCache.height=imageToCache.offsetHeight;document.body.removeChild(imageToCache)}this.images[url]=imageToCache}},{key:\"_tryloadBrokenUrl\",value:function _tryloadBrokenUrl(url,brokenUrl,imageToLoadBrokenUrlOn){var _this=this;if(url===undefined||brokenUrl===undefined||imageToLoadBrokenUrlOn===undefined)return;imageToLoadBrokenUrlOn.onerror=function(){console.error(\"Could not load brokenImage:\",brokenUrl);_this._addImageToCache(url,new Image)};imageToLoadBrokenUrlOn.src=brokenUrl}},{key:\"_redrawWithImage\",value:function _redrawWithImage(imageToRedrawWith){if(this.callback){this.callback(imageToRedrawWith)}}},{key:\"load\",value:function load(url,brokenUrl,id){var _this2=this;var cachedImage=this.images[url];if(cachedImage)return cachedImage;var img=new Image;img.onload=function(){_this2._addImageToCache(url,img);_this2._redrawWithImage(img)};img.onerror=function(){console.error(\"Could not load image:\",url);_this2._tryloadBrokenUrl(url,brokenUrl,img)};img.src=url;return img}}]);return Images}();exports.default=Images},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Groups=function(){function Groups(){_classCallCheck(this,Groups);this.clear();this.defaultIndex=0;this.groupsArray=[];this.groupIndex=0;this.defaultGroups=[{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},{border:\"#FFA500\",background:\"#FFFF00\",highlight:{border:\"#FFA500\",background:\"#FFFFA3\"},hover:{border:\"#FFA500\",background:\"#FFFFA3\"}},{border:\"#FA0A10\",background:\"#FB7E81\",highlight:{border:\"#FA0A10\",background:\"#FFAFB1\"},hover:{border:\"#FA0A10\",background:\"#FFAFB1\"}},{border:\"#41A906\",background:\"#7BE141\",highlight:{border:\"#41A906\",background:\"#A1EC76\"},hover:{border:\"#41A906\",background:\"#A1EC76\"}},{border:\"#E129F0\",background:\"#EB7DF4\",highlight:{border:\"#E129F0\",background:\"#F0B3F5\"},hover:{border:\"#E129F0\",background:\"#F0B3F5\"}},{border:\"#7C29F0\",background:\"#AD85E4\",highlight:{border:\"#7C29F0\",background:\"#D3BDF0\"},hover:{border:\"#7C29F0\",background:\"#D3BDF0\"}},{border:\"#C37F00\",background:\"#FFA807\",highlight:{border:\"#C37F00\",background:\"#FFCA66\"},hover:{border:\"#C37F00\",background:\"#FFCA66\"}},{border:\"#4220FB\",background:\"#6E6EFD\",highlight:{border:\"#4220FB\",background:\"#9B9BFD\"},hover:{border:\"#4220FB\",background:\"#9B9BFD\"}},{border:\"#FD5A77\",background:\"#FFC0CB\",highlight:{border:\"#FD5A77\",background:\"#FFD1D9\"},hover:{border:\"#FD5A77\",background:\"#FFD1D9\"}},{border:\"#4AD63A\",background:\"#C2FABC\",highlight:{border:\"#4AD63A\",background:\"#E6FFE3\"},hover:{border:\"#4AD63A\",background:\"#E6FFE3\"}},{border:\"#990000\",background:\"#EE0000\",highlight:{border:\"#BB0000\",background:\"#FF3333\"},hover:{border:\"#BB0000\",background:\"#FF3333\"}},{border:\"#FF6000\",background:\"#FF6000\",highlight:{border:\"#FF6000\",background:\"#FF6000\"},hover:{border:\"#FF6000\",background:\"#FF6000\"}},{border:\"#97C2FC\",background:\"#2B7CE9\",highlight:{border:\"#D2E5FF\",background:\"#2B7CE9\"},hover:{border:\"#D2E5FF\",background:\"#2B7CE9\"}},{border:\"#399605\",background:\"#255C03\",highlight:{border:\"#399605\",background:\"#255C03\"},hover:{border:\"#399605\",background:\"#255C03\"}},{border:\"#B70054\",background:\"#FF007E\",highlight:{border:\"#B70054\",background:\"#FF007E\"},hover:{border:\"#B70054\",background:\"#FF007E\"}},{border:\"#AD85E4\",background:\"#7C29F0\",highlight:{border:\"#D3BDF0\",background:\"#7C29F0\"},hover:{border:\"#D3BDF0\",background:\"#7C29F0\"}},{border:\"#4557FA\",background:\"#000EA1\",highlight:{border:\"#6E6EFD\",background:\"#000EA1\"},hover:{border:\"#6E6EFD\",background:\"#000EA1\"}},{border:\"#FFC0CB\",background:\"#FD5A77\",highlight:{border:\"#FFD1D9\",background:\"#FD5A77\"},hover:{border:\"#FFD1D9\",background:\"#FD5A77\"}},{border:\"#C2FABC\",background:\"#74D66A\",highlight:{border:\"#E6FFE3\",background:\"#74D66A\"},hover:{border:\"#E6FFE3\",background:\"#74D66A\"}},{border:\"#EE0000\",background:\"#990000\",highlight:{border:\"#FF3333\",background:\"#BB0000\"},hover:{border:\"#FF3333\",background:\"#BB0000\"}}];this.options={};this.defaultOptions={useDefaultGroups:true};util.extend(this.options,this.defaultOptions)}_createClass(Groups,[{key:\"setOptions\",value:function setOptions(options){var optionFields=[\"useDefaultGroups\"];if(options!==undefined){for(var groupName in options){if(options.hasOwnProperty(groupName)){if(optionFields.indexOf(groupName)===-1){var group=options[groupName];this.add(groupName,group)}}}}}},{key:\"clear\",value:function clear(){this.groups={};this.groupsArray=[]}},{key:\"get\",value:function get(groupname){var group=this.groups[groupname];if(group===undefined){if(this.options.useDefaultGroups===false&&this.groupsArray.length>0){var index=this.groupIndex%this.groupsArray.length;this.groupIndex++;group={};group.color=this.groups[this.groupsArray[index]];this.groups[groupname]=group}else{var _index=this.defaultIndex%this.defaultGroups.length;this.defaultIndex++;group={};group.color=this.defaultGroups[_index];this.groups[groupname]=group}}return group}},{key:\"add\",value:function add(groupName,style){this.groups[groupName]=style;this.groupsArray.push(groupName);return style}}]);return Groups}();exports.default=Groups},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _Node=__webpack_require__(67);var _Node2=_interopRequireDefault(_Node);var _Label=__webpack_require__(68);var _Label2=_interopRequireDefault(_Label);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var NodesHandler=function(){function NodesHandler(body,images,groups,layoutEngine){var _this=this;_classCallCheck(this,NodesHandler);this.body=body;this.images=images;this.groups=groups;this.layoutEngine=layoutEngine;this.body.functions.createNode=this.create.bind(this);this.nodesListeners={add:function add(event,params){_this.add(params.items)},update:function update(event,params){_this.update(params.items,params.data)},remove:function remove(event,params){_this.remove(params.items)}};this.options={};this.defaultOptions={borderWidth:1,borderWidthSelected:2,brokenImage:undefined,color:{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},fixed:{x:false,y:false},font:{color:\"#343434\",size:14,face:\"arial\",background:\"none\",strokeWidth:0,strokeColor:\"#ffffff\",align:\"center\"},group:undefined,hidden:false,icon:{face:\"FontAwesome\",code:undefined,size:50,color:\"#2B7CE9\"},image:undefined,label:undefined,labelHighlightBold:true,level:undefined,mass:1,physics:true,scaling:{min:10,max:30,label:{enabled:false,min:14,max:30,maxVisible:30,drawThreshold:5},customScalingFunction:function customScalingFunction(min,max,total,value){if(max===min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}}},shadow:{enabled:false,color:\"rgba(0,0,0,0.5)\",size:10,x:5,y:5},shape:\"ellipse\",shapeProperties:{borderDashes:false,borderRadius:6,interpolation:true,useImageSize:false,useBorderWithImage:false},size:25,title:undefined,value:undefined,x:undefined,y:undefined};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(NodesHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"refreshNodes\",this.refresh.bind(this));this.body.emitter.on(\"refresh\",this.refresh.bind(this));this.body.emitter.on(\"destroy\",function(){util.forEach(_this2.nodesListeners,function(callback,event){if(_this2.body.data.nodes)_this2.body.data.nodes.off(event,callback)});delete _this2.body.functions.createNode;delete _this2.nodesListeners.add;delete _this2.nodesListeners.update;delete _this2.nodesListeners.remove;delete _this2.nodesListeners})}},{key:\"setOptions\",value:function setOptions(options){\nif(options!==undefined){_Node2.default.parseOptions(this.options,options);if(options.shape!==undefined){for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.body.nodes[nodeId].updateShape()}}}if(options.font!==undefined){_Label2.default.parseOptions(this.options.font,options);for(var _nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(_nodeId)){this.body.nodes[_nodeId].updateLabelModule();this.body.nodes[_nodeId]._reset()}}}if(options.size!==undefined){for(var _nodeId2 in this.body.nodes){if(this.body.nodes.hasOwnProperty(_nodeId2)){this.body.nodes[_nodeId2]._reset()}}}if(options.hidden!==undefined||options.physics!==undefined){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"setData\",value:function setData(nodes){var _this3=this;var doNotEmit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var oldNodesData=this.body.data.nodes;if(nodes instanceof DataSet||nodes instanceof DataView){this.body.data.nodes=nodes}else if(Array.isArray(nodes)){this.body.data.nodes=new DataSet;this.body.data.nodes.add(nodes)}else if(!nodes){this.body.data.nodes=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldNodesData){util.forEach(this.nodesListeners,function(callback,event){oldNodesData.off(event,callback)})}this.body.nodes={};if(this.body.data.nodes){(function(){var me=_this3;util.forEach(_this3.nodesListeners,function(callback,event){me.body.data.nodes.on(event,callback)});var ids=_this3.body.data.nodes.getIds();_this3.add(ids,true)})()}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"add\",value:function add(ids){var doNotEmit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var id=void 0;var newNodes=[];for(var i=0;i<ids.length;i++){id=ids[i];var properties=this.body.data.nodes.get(id);var node=this.create(properties);newNodes.push(node);this.body.nodes[id]=node}this.layoutEngine.positionInitially(newNodes);if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"update\",value:function update(ids,changedData){var nodes=this.body.nodes;var dataChanged=false;for(var i=0;i<ids.length;i++){var id=ids[i];var node=nodes[id];var data=changedData[i];if(node!==undefined){dataChanged=node.setOptions(data)}else{dataChanged=true;node=this.create(data);nodes[id]=node}}if(dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}else{this.body.emitter.emit(\"_dataUpdated\")}}},{key:\"remove\",value:function remove(ids){var nodes=this.body.nodes;for(var i=0;i<ids.length;i++){var id=ids[i];delete nodes[id]}this.body.emitter.emit(\"_dataChanged\")}},{key:\"create\",value:function create(properties){var constructorClass=arguments.length>1&&arguments[1]!==undefined?arguments[1]:_Node2.default;return new constructorClass(properties,this.body,this.images,this.groups,this.options)}},{key:\"refresh\",value:function refresh(){var clearPositions=arguments.length>0&&arguments[0]!==undefined?arguments[0]:false;var nodes=this.body.nodes;for(var nodeId in nodes){var node=undefined;if(nodes.hasOwnProperty(nodeId)){node=nodes[nodeId]}var data=this.body.data.nodes._data[nodeId];if(node!==undefined&&data!==undefined){if(clearPositions===true){node.setOptions({x:null,y:null})}node.setOptions({fixed:false});node.setOptions(data)}}}},{key:\"getPositions\",value:function getPositions(ids){var dataArray={};if(ids!==undefined){if(Array.isArray(ids)===true){for(var i=0;i<ids.length;i++){if(this.body.nodes[ids[i]]!==undefined){var node=this.body.nodes[ids[i]];dataArray[ids[i]]={x:Math.round(node.x),y:Math.round(node.y)}}}}else{if(this.body.nodes[ids]!==undefined){var _node=this.body.nodes[ids];dataArray[ids]={x:Math.round(_node.x),y:Math.round(_node.y)}}}}else{for(var _i=0;_i<this.body.nodeIndices.length;_i++){var _node2=this.body.nodes[this.body.nodeIndices[_i]];dataArray[this.body.nodeIndices[_i]]={x:Math.round(_node2.x),y:Math.round(_node2.y)}}}return dataArray}},{key:\"storePositions\",value:function storePositions(){var dataArray=[];var dataset=this.body.data.nodes.getDataSet();for(var nodeId in dataset._data){if(dataset._data.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(dataset._data[nodeId].x!=Math.round(node.x)||dataset._data[nodeId].y!=Math.round(node.y)){dataArray.push({id:node.id,x:Math.round(node.x),y:Math.round(node.y)})}}}dataset.update(dataArray)}},{key:\"getBoundingBox\",value:function getBoundingBox(nodeId){if(this.body.nodes[nodeId]!==undefined){return this.body.nodes[nodeId].shape.boundingBox}}},{key:\"getConnectedNodes\",value:function getConnectedNodes(nodeId){var nodeList=[];if(this.body.nodes[nodeId]!==undefined){var node=this.body.nodes[nodeId];var nodeObj={};for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];if(edge.toId==node.id){if(nodeObj[edge.fromId]===undefined){nodeList.push(edge.fromId);nodeObj[edge.fromId]=true}}else if(edge.fromId==node.id){if(nodeObj[edge.toId]===undefined){nodeList.push(edge.toId);nodeObj[edge.toId]=true}}}}return nodeList}},{key:\"getConnectedEdges\",value:function getConnectedEdges(nodeId){var edgeList=[];if(this.body.nodes[nodeId]!==undefined){var node=this.body.nodes[nodeId];for(var i=0;i<node.edges.length;i++){edgeList.push(node.edges[i].id)}}else{console.log(\"NodeId provided for getConnectedEdges does not exist. Provided: \",nodeId)}return edgeList}},{key:\"moveNode\",value:function moveNode(nodeId,x,y){var _this4=this;if(this.body.nodes[nodeId]!==undefined){this.body.nodes[nodeId].x=Number(x);this.body.nodes[nodeId].y=Number(y);setTimeout(function(){_this4.body.emitter.emit(\"startSimulation\")},0)}else{console.log(\"Node id supplied to moveNode does not exist. Provided: \",nodeId)}}}]);return NodesHandler}();exports.default=NodesHandler},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _Label=__webpack_require__(68);var _Label2=_interopRequireDefault(_Label);var _Box=__webpack_require__(69);var _Box2=_interopRequireDefault(_Box);var _Circle=__webpack_require__(71);var _Circle2=_interopRequireDefault(_Circle);var _CircularImage=__webpack_require__(73);var _CircularImage2=_interopRequireDefault(_CircularImage);var _Database=__webpack_require__(74);var _Database2=_interopRequireDefault(_Database);var _Diamond=__webpack_require__(75);var _Diamond2=_interopRequireDefault(_Diamond);var _Dot=__webpack_require__(77);var _Dot2=_interopRequireDefault(_Dot);var _Ellipse=__webpack_require__(78);var _Ellipse2=_interopRequireDefault(_Ellipse);var _Icon=__webpack_require__(79);var _Icon2=_interopRequireDefault(_Icon);var _Image=__webpack_require__(80);var _Image2=_interopRequireDefault(_Image);var _Square=__webpack_require__(81);var _Square2=_interopRequireDefault(_Square);var _Star=__webpack_require__(82);var _Star2=_interopRequireDefault(_Star);var _Text=__webpack_require__(83);var _Text2=_interopRequireDefault(_Text);var _Triangle=__webpack_require__(84);var _Triangle2=_interopRequireDefault(_Triangle);var _TriangleDown=__webpack_require__(85);var _TriangleDown2=_interopRequireDefault(_TriangleDown);var _Validator=__webpack_require__(31);var _Validator2=_interopRequireDefault(_Validator);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Node=function(){function Node(options,body,imagelist,grouplist,globalOptions){_classCallCheck(this,Node);this.options=util.bridgeObject(globalOptions);this.globalOptions=globalOptions;this.body=body;this.edges=[];this.id=undefined;this.imagelist=imagelist;this.grouplist=grouplist;this.x=undefined;this.y=undefined;this.baseSize=this.options.size;this.baseFontSize=this.options.font.size;this.predefinedPosition=false;this.selected=false;this.hover=false;this.labelModule=new _Label2.default(this.body,this.options,false);this.setOptions(options)}_createClass(Node,[{key:\"attachEdge\",value:function attachEdge(edge){if(this.edges.indexOf(edge)===-1){this.edges.push(edge)}}},{key:\"detachEdge\",value:function detachEdge(edge){var index=this.edges.indexOf(edge);if(index!=-1){this.edges.splice(index,1)}}},{key:\"setOptions\",value:function setOptions(options){var currentShape=this.options.shape;if(!options){return}if(options.id!==undefined){this.id=options.id}if(this.id===undefined){throw\"Node must have an id\"}if(options.x!==undefined){if(options.x===null){this.x=undefined;this.predefinedPosition=false}else{this.x=parseInt(options.x);this.predefinedPosition=true}}if(options.y!==undefined){if(options.y===null){this.y=undefined;this.predefinedPosition=false}else{this.y=parseInt(options.y);this.predefinedPosition=true}}if(options.size!==undefined){this.baseSize=options.size}if(options.value!==undefined){options.value=parseFloat(options.value)}if(typeof options.group===\"number\"||typeof options.group===\"string\"&&options.group!=\"\"){var groupObj=this.grouplist.get(options.group);util.deepExtend(this.options,groupObj);this.options.color=util.parseColor(this.options.color)}Node.parseOptions(this.options,options,true,this.globalOptions);if(this.options.image!==undefined){if(this.imagelist){this.imageObj=this.imagelist.load(this.options.image,this.options.brokenImage,this.id)}else{throw\"No imagelist provided\"}}this.updateLabelModule();this.updateShape(currentShape);if(options.hidden!==undefined||options.physics!==undefined){return true}return false}},{key:\"updateLabelModule\",value:function updateLabelModule(){if(this.options.label===undefined||this.options.label===null){this.options.label=\"\"}this.labelModule.setOptions(this.options,true);if(this.labelModule.baseSize!==undefined){this.baseFontSize=this.labelModule.baseSize}}},{key:\"updateShape\",value:function updateShape(currentShape){if(currentShape===this.options.shape&&this.shape){this.shape.setOptions(this.options,this.imageObj)}else{switch(this.options.shape){case\"box\":this.shape=new _Box2.default(this.options,this.body,this.labelModule);break;case\"circle\":this.shape=new _Circle2.default(this.options,this.body,this.labelModule);break;case\"circularImage\":this.shape=new _CircularImage2.default(this.options,this.body,this.labelModule,this.imageObj);break;case\"database\":this.shape=new _Database2.default(this.options,this.body,this.labelModule);break;case\"diamond\":this.shape=new _Diamond2.default(this.options,this.body,this.labelModule);break;case\"dot\":this.shape=new _Dot2.default(this.options,this.body,this.labelModule);break;case\"ellipse\":this.shape=new _Ellipse2.default(this.options,this.body,this.labelModule);break;case\"icon\":this.shape=new _Icon2.default(this.options,this.body,this.labelModule);break;case\"image\":this.shape=new _Image2.default(this.options,this.body,this.labelModule,this.imageObj);break;case\"square\":this.shape=new _Square2.default(this.options,this.body,this.labelModule);break;case\"star\":this.shape=new _Star2.default(this.options,this.body,this.labelModule);break;case\"text\":this.shape=new _Text2.default(this.options,this.body,this.labelModule);break;case\"triangle\":this.shape=new _Triangle2.default(this.options,this.body,this.labelModule);break;case\"triangleDown\":this.shape=new _TriangleDown2.default(this.options,this.body,this.labelModule);break;default:this.shape=new _Ellipse2.default(this.options,this.body,this.labelModule);break}}this._reset()}},{key:\"select\",value:function select(){this.selected=true;this._reset()}},{key:\"unselect\",value:function unselect(){this.selected=false;this._reset()}},{key:\"_reset\",value:function _reset(){this.shape.width=undefined;this.shape.height=undefined}},{key:\"getTitle\",value:function getTitle(){return this.options.title}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this.shape.distanceToBorder(ctx,angle)}},{key:\"isFixed\",value:function isFixed(){return this.options.fixed.x&&this.options.fixed.y}},{key:\"isSelected\",value:function isSelected(){return this.selected}},{key:\"getValue\",value:function getValue(){return this.options.value}},{key:\"setValueRange\",value:function setValueRange(min,max,total){if(this.options.value!==undefined){var scale=this.options.scaling.customScalingFunction(min,max,total,this.options.value);var sizeDiff=this.options.scaling.max-this.options.scaling.min;if(this.options.scaling.label.enabled===true){var fontDiff=this.options.scaling.label.max-this.options.scaling.label.min;this.options.font.size=this.options.scaling.label.min+scale*fontDiff}this.options.size=this.options.scaling.min+scale*sizeDiff}else{this.options.size=this.baseSize;this.options.font.size=this.baseFontSize}this.updateLabelModule()}},{key:\"draw\",value:function draw(ctx){this.shape.draw(ctx,this.x,this.y,this.selected,this.hover)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(ctx){this.shape.updateBoundingBox(this.x,this.y,ctx)}},{key:\"resize\",value:function resize(ctx){this.shape.resize(ctx,this.selected)}},{key:\"isOverlappingWith\",value:function isOverlappingWith(obj){return this.shape.left<obj.right&&this.shape.left+this.shape.width>obj.left&&this.shape.top<obj.bottom&&this.shape.top+this.shape.height>obj.top}},{key:\"isBoundingBoxOverlappingWith\",value:function isBoundingBoxOverlappingWith(obj){return this.shape.boundingBox.left<obj.right&&this.shape.boundingBox.right>obj.left&&this.shape.boundingBox.top<obj.bottom&&this.shape.boundingBox.bottom>obj.top}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var globalOptions=arguments.length>3&&arguments[3]!==undefined?arguments[3]:{};var fields=[\"color\",\"font\",\"fixed\",\"shadow\"];util.selectiveNotDeepExtend(fields,parentOptions,newOptions,allowDeletion);util.mergeOptions(parentOptions,newOptions,\"shadow\",allowDeletion,globalOptions);if(newOptions.color!==undefined&&newOptions.color!==null){var parsedColor=util.parseColor(newOptions.color);util.fillIfDefined(parentOptions.color,parsedColor)}else if(allowDeletion===true&&newOptions.color===null){parentOptions.color=util.bridgeObject(globalOptions.color)}if(newOptions.fixed!==undefined&&newOptions.fixed!==null){if(typeof newOptions.fixed===\"boolean\"){parentOptions.fixed.x=newOptions.fixed;parentOptions.fixed.y=newOptions.fixed}else{if(newOptions.fixed.x!==undefined&&typeof newOptions.fixed.x===\"boolean\"){parentOptions.fixed.x=newOptions.fixed.x}if(newOptions.fixed.y!==undefined&&typeof newOptions.fixed.y===\"boolean\"){parentOptions.fixed.y=newOptions.fixed.y}}}if(newOptions.font!==undefined&&newOptions.font!==null){_Label2.default.parseOptions(parentOptions.font,newOptions)}else if(allowDeletion===true&&newOptions.font===null){parentOptions.font=util.bridgeObject(globalOptions.font)}if(newOptions.scaling!==undefined){util.mergeOptions(parentOptions.scaling,newOptions.scaling,\"label\",allowDeletion,globalOptions.scaling)}}}]);return Node}();exports.default=Node},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Label=function(){function Label(body,options){var edgelabel=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;_classCallCheck(this,Label);this.body=body;this.pointToSelf=false;this.baseSize=undefined;this.fontOptions={};this.setOptions(options);this.size={top:0,left:0,width:0,height:0,yLine:0};this.isEdgeLabel=edgelabel}_createClass(Label,[{key:\"setOptions\",value:function setOptions(options){var allowDeletion=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;this.nodeOptions=options;this.fontOptions=util.deepExtend({},options.font,true);if(options.label!==undefined){this.labelDirty=true}if(options.font!==undefined){Label.parseOptions(this.fontOptions,options,allowDeletion);if(typeof options.font===\"string\"){this.baseSize=this.fontOptions.size}else if(_typeof(options.font)===\"object\"){if(options.font.size!==undefined){this.baseSize=options.font.size}}}}},{key:\"draw\",value:function draw(ctx,x,y,selected){var baseline=arguments.length>4&&arguments[4]!==undefined?arguments[4]:\"middle\";if(this.nodeOptions.label===undefined)return;var viewFontSize=this.fontOptions.size*this.body.view.scale;if(this.nodeOptions.label&&viewFontSize<this.nodeOptions.scaling.label.drawThreshold-1)return;this.calculateLabelSize(ctx,selected,x,y,baseline);this._drawBackground(ctx);this._drawText(ctx,selected,x,y,baseline)}},{key:\"_drawBackground\",value:function _drawBackground(ctx){if(this.fontOptions.background!==undefined&&this.fontOptions.background!==\"none\"){ctx.fillStyle=this.fontOptions.background;var lineMargin=2;if(this.isEdgeLabel){switch(this.fontOptions.align){case\"middle\":ctx.fillRect(-this.size.width*.5,-this.size.height*.5,this.size.width,this.size.height);break;case\"top\":ctx.fillRect(-this.size.width*.5,-(this.size.height+lineMargin),this.size.width,this.size.height);break;case\"bottom\":ctx.fillRect(-this.size.width*.5,lineMargin,this.size.width,this.size.height);break;default:ctx.fillRect(this.size.left,this.size.top-.5*lineMargin,this.size.width,this.size.height);break}}else{ctx.fillRect(this.size.left,this.size.top-.5*lineMargin,this.size.width,this.size.height)}}}},{key:\"_drawText\",value:function _drawText(ctx,selected,x,y){var baseline=arguments.length>4&&arguments[4]!==undefined?arguments[4]:\"middle\";var fontSize=this.fontOptions.size;var viewFontSize=fontSize*this.body.view.scale;if(viewFontSize>=this.nodeOptions.scaling.label.maxVisible){fontSize=Number(this.nodeOptions.scaling.label.maxVisible)/this.body.view.scale}var yLine=this.size.yLine;var _getColor2=this._getColor(viewFontSize),_getColor3=_slicedToArray(_getColor2,2),fontColor=_getColor3[0],strokeColor=_getColor3[1];var _setAlignment2=this._setAlignment(ctx,x,yLine,baseline);var _setAlignment3=_slicedToArray(_setAlignment2,2);x=_setAlignment3[0];yLine=_setAlignment3[1];ctx.font=(selected&&this.nodeOptions.labelHighlightBold?\"bold \":\"\")+fontSize+\"px \"+this.fontOptions.face;ctx.fillStyle=fontColor;if(!this.isEdgeLabel&&this.fontOptions.align===\"left\"){ctx.textAlign=this.fontOptions.align;x=x-.5*this.size.width}else{ctx.textAlign=\"center\"}if(this.fontOptions.strokeWidth>0){ctx.lineWidth=this.fontOptions.strokeWidth;ctx.strokeStyle=strokeColor;ctx.lineJoin=\"round\"}for(var i=0;i<this.lineCount;i++){if(this.fontOptions.strokeWidth>0){ctx.strokeText(this.lines[i],x,yLine)}ctx.fillText(this.lines[i],x,yLine);yLine+=fontSize}}},{key:\"_setAlignment\",value:function _setAlignment(ctx,x,yLine,baseline){if(this.isEdgeLabel&&this.fontOptions.align!==\"horizontal\"&&this.pointToSelf===false){x=0;yLine=0;var lineMargin=2;if(this.fontOptions.align===\"top\"){ctx.textBaseline=\"alphabetic\";yLine-=2*lineMargin}else if(this.fontOptions.align===\"bottom\"){ctx.textBaseline=\"hanging\";yLine+=2*lineMargin}else{ctx.textBaseline=\"middle\"}}else{ctx.textBaseline=baseline}return[x,yLine]}},{key:\"_getColor\",value:function _getColor(viewFontSize){var fontColor=this.fontOptions.color||\"#000000\";var strokeColor=this.fontOptions.strokeColor||\"#ffffff\";if(viewFontSize<=this.nodeOptions.scaling.label.drawThreshold){var opacity=Math.max(0,Math.min(1,1-(this.nodeOptions.scaling.label.drawThreshold-viewFontSize)));fontColor=util.overrideOpacity(fontColor,opacity);strokeColor=util.overrideOpacity(strokeColor,opacity)}return[fontColor,strokeColor]}},{key:\"getTextSize\",value:function getTextSize(ctx){var selected=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var size={width:this._processLabel(ctx,selected),height:this.fontOptions.size*this.lineCount,lineCount:this.lineCount};return size}},{key:\"calculateLabelSize\",value:function calculateLabelSize(ctx,selected){var x=arguments.length>2&&arguments[2]!==undefined?arguments[2]:0;var y=arguments.length>3&&arguments[3]!==undefined?arguments[3]:0;var baseline=arguments.length>4&&arguments[4]!==undefined?arguments[4]:\"middle\";if(this.labelDirty===true){this.size.width=this._processLabel(ctx,selected)}this.size.height=this.fontOptions.size*this.lineCount;this.size.left=x-this.size.width*.5;this.size.top=y-this.size.height*.5;this.size.yLine=y+(1-this.lineCount)*.5*this.fontOptions.size;if(baseline===\"hanging\"){this.size.top+=.5*this.fontOptions.size;this.size.top+=4;this.size.yLine+=4}this.labelDirty=false}},{key:\"_processLabel\",value:function _processLabel(ctx,selected){var width=0;var lines=[\"\"];var lineCount=0;if(this.nodeOptions.label!==undefined){lines=String(this.nodeOptions.label).split(\"\\n\");lineCount=lines.length;ctx.font=(selected&&this.nodeOptions.labelHighlightBold?\"bold \":\"\")+this.fontOptions.size+\"px \"+this.fontOptions.face;width=ctx.measureText(lines[0]).width;for(var i=1;i<lineCount;i++){var lineWidth=ctx.measureText(lines[i]).width;width=lineWidth>width?lineWidth:width}}this.lines=lines;this.lineCount=lineCount;return width}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;if(typeof newOptions.font===\"string\"){var newOptionsArray=newOptions.font.split(\" \");parentOptions.size=newOptionsArray[0].replace(\"px\",\"\");parentOptions.face=newOptionsArray[1];parentOptions.color=newOptionsArray[2]}else if(_typeof(newOptions.font)===\"object\"){util.fillIfDefined(parentOptions,newOptions.font,allowDeletion)}parentOptions.size=Number(parentOptions.size)}}]);return Label}();exports.default=Label},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NodeBase2=__webpack_require__(70);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Box=function(_NodeBase){_inherits(Box,_NodeBase);function Box(options,body,labelModule){_classCallCheck(this,Box);return _possibleConstructorReturn(this,(Box.__proto__||Object.getPrototypeOf(Box)).call(this,options,body,labelModule))}_createClass(Box,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);this.width=textSize.width+2*margin;this.height=textSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth/=this.body.view.scale;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;var borderRadius=this.options.shapeProperties.borderRadius;ctx.roundRect(this.left,this.top,this.width,this.height,borderRadius);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();if(borderWidth>0){this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx)}ctx.restore();this.updateBoundingBox(x,y,ctx,selected);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;var borderRadius=this.options.shapeProperties.borderRadius;this.boundingBox.left=this.left-borderRadius;this.boundingBox.top=this.top-borderRadius;this.boundingBox.bottom=this.top+this.height+borderRadius;this.boundingBox.right=this.left+this.width+borderRadius}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var borderWidth=this.options.borderWidth;return Math.min(Math.abs(this.width/2/Math.cos(angle)),Math.abs(this.height/2/Math.sin(angle)))+borderWidth}}]);return Box}(_NodeBase3.default);exports.default=Box},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var NodeBase=function(){function NodeBase(options,body,labelModule){_classCallCheck(this,NodeBase);this.body=body;this.labelModule=labelModule;this.setOptions(options);this.top=undefined;this.left=undefined;this.height=undefined;this.width=undefined;this.radius=undefined;this.boundingBox={top:0,left:0,right:0,bottom:0}}_createClass(NodeBase,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"_distanceToBorder\",value:function _distanceToBorder(ctx,angle){var borderWidth=this.options.borderWidth;this.resize(ctx);return Math.min(Math.abs(this.width/2/Math.cos(angle)),Math.abs(this.height/2/Math.sin(angle)))+borderWidth}},{key:\"enableShadow\",value:function enableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=this.options.shadow.color;ctx.shadowBlur=this.options.shadow.size;ctx.shadowOffsetX=this.options.shadow.x;ctx.shadowOffsetY=this.options.shadow.y}}},{key:\"disableShadow\",value:function disableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0)\";ctx.shadowBlur=0;ctx.shadowOffsetX=0;ctx.shadowOffsetY=0}}},{key:\"enableBorderDashes\",value:function enableBorderDashes(ctx){if(this.options.shapeProperties.borderDashes!==false){if(ctx.setLineDash!==undefined){var dashes=this.options.shapeProperties.borderDashes;if(dashes===true){dashes=[5,15]}ctx.setLineDash(dashes)}else{console.warn(\"setLineDash is not supported in this browser. The dashed borders cannot be used.\");this.options.shapeProperties.borderDashes=false}}}},{key:\"disableBorderDashes\",value:function disableBorderDashes(ctx){if(this.options.shapeProperties.borderDashes!==false){if(ctx.setLineDash!==undefined){ctx.setLineDash([0])}else{console.warn(\"setLineDash is not supported in this browser. The dashed borders cannot be used.\");this.options.shapeProperties.borderDashes=false}}}}]);return NodeBase}();exports.default=NodeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _CircleImageBase2=__webpack_require__(72);var _CircleImageBase3=_interopRequireDefault(_CircleImageBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Circle=function(_CircleImageBase){_inherits(Circle,_CircleImageBase);function Circle(options,body,labelModule){_classCallCheck(this,Circle);return _possibleConstructorReturn(this,(Circle.__proto__||Object.getPrototypeOf(Circle)).call(this,options,body,labelModule))}_createClass(Circle,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);var diameter=Math.max(textSize.width,textSize.height)+2*margin;this.options.size=diameter/2;this.width=diameter;this.height=diameter;this.radius=.5*this.width;\n}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;this._drawRawCircle(ctx,x,y,selected,hover,this.options.size);this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;this.updateBoundingBox(x,y);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this.width*.5}}]);return Circle}(_CircleImageBase3.default);exports.default=Circle},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NodeBase2=__webpack_require__(70);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var CircleImageBase=function(_NodeBase){_inherits(CircleImageBase,_NodeBase);function CircleImageBase(options,body,labelModule){_classCallCheck(this,CircleImageBase);var _this=_possibleConstructorReturn(this,(CircleImageBase.__proto__||Object.getPrototypeOf(CircleImageBase)).call(this,options,body,labelModule));_this.labelOffset=0;_this.imageLoaded=false;return _this}_createClass(CircleImageBase,[{key:\"setOptions\",value:function setOptions(options,imageObj){this.options=options;if(imageObj){this.imageObj=imageObj}}},{key:\"_resizeImage\",value:function _resizeImage(){var force=false;if(!this.imageObj.width||!this.imageObj.height){this.imageLoaded=false}else if(this.imageLoaded===false){this.imageLoaded=true;force=true}if(!this.width||!this.height||force===true){var width,height,ratio;if(this.imageObj.width&&this.imageObj.height){width=0;height=0}if(this.options.shapeProperties.useImageSize===false){if(this.imageObj.width>this.imageObj.height){ratio=this.imageObj.width/this.imageObj.height;width=this.options.size*2*ratio||this.imageObj.width;height=this.options.size*2||this.imageObj.height}else{if(this.imageObj.width&&this.imageObj.height){ratio=this.imageObj.height/this.imageObj.width}else{ratio=1}width=this.options.size*2;height=this.options.size*2*ratio}}else{width=this.imageObj.width;height=this.imageObj.height}this.width=width;this.height=height;this.radius=.5*this.width}}},{key:\"_drawRawCircle\",value:function _drawRawCircle(ctx,x,y,selected,hover,size){var neutralborderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;var borderWidth=(selected?selectionLineWidth:neutralborderWidth)/this.body.view.scale;ctx.lineWidth=Math.min(this.width,borderWidth);ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.circle(x,y,size);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();if(borderWidth>0){this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx)}ctx.restore()}},{key:\"_drawImageAtPosition\",value:function _drawImageAtPosition(ctx){if(this.imageObj.width!=0){ctx.globalAlpha=1;this.enableShadow(ctx);var factor=this.imageObj.width/this.width/this.body.view.scale;if(factor>2&&this.options.shapeProperties.interpolation===true){var w=this.imageObj.width;var h=this.imageObj.height;var can2=document.createElement(\"canvas\");can2.width=w;can2.height=w;var ctx2=can2.getContext(\"2d\");factor*=.5;w*=.5;h*=.5;ctx2.drawImage(this.imageObj,0,0,w,h);var distance=0;var iterations=1;while(factor>2&&iterations<4){ctx2.drawImage(can2,distance,0,w,h,distance+w,0,w/2,h/2);distance+=w;factor*=.5;w*=.5;h*=.5;iterations+=1}ctx.drawImage(can2,distance,0,w,h,this.left,this.top,this.width,this.height)}else{ctx.drawImage(this.imageObj,this.left,this.top,this.width,this.height)}this.disableShadow(ctx)}}},{key:\"_drawImageLabel\",value:function _drawImageLabel(ctx,x,y,selected){var yLabel;var offset=0;if(this.height!==undefined){offset=this.height*.5;var labelDimensions=this.labelModule.getTextSize(ctx);if(labelDimensions.lineCount>=1){offset+=labelDimensions.height/2}}yLabel=y+offset;if(this.options.label){this.labelOffset=offset}this.labelModule.draw(ctx,x,yLabel,selected,\"hanging\")}}]);return CircleImageBase}(_NodeBase3.default);exports.default=CircleImageBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _CircleImageBase2=__webpack_require__(72);var _CircleImageBase3=_interopRequireDefault(_CircleImageBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var CircularImage=function(_CircleImageBase){_inherits(CircularImage,_CircleImageBase);function CircularImage(options,body,labelModule,imageObj){_classCallCheck(this,CircularImage);var _this=_possibleConstructorReturn(this,(CircularImage.__proto__||Object.getPrototypeOf(CircularImage)).call(this,options,body,labelModule));_this.imageObj=imageObj;_this._swapToImageResizeWhenImageLoaded=true;return _this}_createClass(CircularImage,[{key:\"resize\",value:function resize(){if(this.imageObj.src===undefined||this.imageObj.width===undefined||this.imageObj.height===undefined){if(!this.width){var diameter=this.options.size*2;this.width=diameter;this.height=diameter;this._swapToImageResizeWhenImageLoaded=true;this.radius=.5*this.width}}else{if(this._swapToImageResizeWhenImageLoaded){this.width=undefined;this.height=undefined;this._swapToImageResizeWhenImageLoaded=false}this._resizeImage()}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;var size=Math.min(.5*this.height,.5*this.width);this._drawRawCircle(ctx,x,y,selected,hover,size);ctx.save();ctx.clip();this._drawImageAtPosition(ctx);ctx.restore();this._drawImageLabel(ctx,x,y,selected);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelOffset)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this.width*.5}}]);return CircularImage}(_CircleImageBase3.default);exports.default=CircularImage},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NodeBase2=__webpack_require__(70);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Database=function(_NodeBase){_inherits(Database,_NodeBase);function Database(options,body,labelModule){_classCallCheck(this,Database);return _possibleConstructorReturn(this,(Database.__proto__||Object.getPrototypeOf(Database)).call(this,options,body,labelModule))}_createClass(Database,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);var size=textSize.width+2*margin;this.width=size;this.height=size;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;var neutralborderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;var borderWidth=(selected?selectionLineWidth:neutralborderWidth)/this.body.view.scale;ctx.lineWidth=Math.min(this.width,borderWidth);ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.database(x-this.width/2,y-this.height*.5,this.width,this.height);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();if(borderWidth>0){this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx)}ctx.restore();this.updateBoundingBox(x,y,ctx,selected);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Database}(_NodeBase3.default);exports.default=Database},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _ShapeBase2=__webpack_require__(76);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Diamond=function(_ShapeBase){_inherits(Diamond,_ShapeBase);function Diamond(options,body,labelModule){_classCallCheck(this,Diamond);return _possibleConstructorReturn(this,(Diamond.__proto__||Object.getPrototypeOf(Diamond)).call(this,options,body,labelModule))}_createClass(Diamond,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"diamond\",4,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Diamond}(_ShapeBase3.default);exports.default=Diamond},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NodeBase2=__webpack_require__(70);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var ShapeBase=function(_NodeBase){_inherits(ShapeBase,_NodeBase);function ShapeBase(options,body,labelModule){_classCallCheck(this,ShapeBase);return _possibleConstructorReturn(this,(ShapeBase.__proto__||Object.getPrototypeOf(ShapeBase)).call(this,options,body,labelModule))}_createClass(ShapeBase,[{key:\"_resizeShape\",value:function _resizeShape(){if(this.width===undefined){var size=2*this.options.size;this.width=size;this.height=size;this.radius=.5*this.width}}},{key:\"_drawShape\",value:function _drawShape(ctx,shape,sizeMultiplier,x,y,selected,hover){this._resizeShape();this.left=x-this.width/2;this.top=y-this.height/2;var neutralborderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;var borderWidth=(selected?selectionLineWidth:neutralborderWidth)/this.body.view.scale;ctx.lineWidth=Math.min(this.width,borderWidth);ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx[shape](x,y,this.options.size);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();if(borderWidth>0){this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx)}ctx.restore();if(this.options.label!==undefined){var yLabel=y+.5*this.height+3;this.labelModule.draw(ctx,x,yLabel,selected,\"hanging\")}this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;if(this.options.label!==undefined&&this.labelModule.size.width>0){this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelModule.size.height+3)}}}]);return ShapeBase}(_NodeBase3.default);exports.default=ShapeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _ShapeBase2=__webpack_require__(76);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Dot=function(_ShapeBase){_inherits(Dot,_ShapeBase);function Dot(options,body,labelModule){_classCallCheck(this,Dot);return _possibleConstructorReturn(this,(Dot.__proto__||Object.getPrototypeOf(Dot)).call(this,options,body,labelModule))}_createClass(Dot,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"circle\",2,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this.options.size}}]);return Dot}(_ShapeBase3.default);exports.default=Dot},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NodeBase2=__webpack_require__(70);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Ellipse=function(_NodeBase){_inherits(Ellipse,_NodeBase);function Ellipse(options,body,labelModule){_classCallCheck(this,Ellipse);return _possibleConstructorReturn(this,(Ellipse.__proto__||Object.getPrototypeOf(Ellipse)).call(this,options,body,labelModule))}_createClass(Ellipse,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var textSize=this.labelModule.getTextSize(ctx,selected);this.height=textSize.height*2;this.width=textSize.width+this.height;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;var neutralborderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;var borderWidth=(selected?selectionLineWidth:neutralborderWidth)/this.body.view.scale;ctx.lineWidth=Math.min(this.width,borderWidth);ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.ellipse(this.left,this.top,this.width,this.height);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.save();if(borderWidth>0){this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx)}ctx.restore();this.updateBoundingBox(x,y,ctx,selected);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width*.5;var b=this.height*.5;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Ellipse}(_NodeBase3.default);exports.default=Ellipse},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NodeBase2=__webpack_require__(70);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Icon=function(_NodeBase){_inherits(Icon,_NodeBase);function Icon(options,body,labelModule){_classCallCheck(this,Icon);return _possibleConstructorReturn(this,(Icon.__proto__||Object.getPrototypeOf(Icon)).call(this,options,body,labelModule))}_createClass(Icon,[{key:\"resize\",value:function resize(ctx){if(this.width===undefined){var margin=5;var iconSize={width:Number(this.options.icon.size),height:Number(this.options.icon.size)};this.width=iconSize.width+2*margin;this.height=iconSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx);this.options.icon.size=this.options.icon.size||50;this.left=x-this.width*.5;this.top=y-this.height*.5;this._icon(ctx,x,y,selected);if(this.options.label!==undefined){var iconTextSpacing=5;this.labelModule.draw(ctx,x,y+this.height*.5+iconTextSpacing,selected)}this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.icon.size*.5;this.boundingBox.left=x-this.options.icon.size*.5;this.boundingBox.right=x+this.options.icon.size*.5;this.boundingBox.bottom=y+this.options.icon.size*.5;if(this.options.label!==undefined&&this.labelModule.size.width>0){var iconTextSpacing=5;this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelModule.size.height+iconTextSpacing)}}},{key:\"_icon\",value:function _icon(ctx,x,y,selected){var iconSize=Number(this.options.icon.size);if(this.options.icon.code!==undefined){ctx.font=(selected?\"bold \":\"\")+iconSize+\"px \"+this.options.icon.face;ctx.fillStyle=this.options.icon.color||\"black\";ctx.textAlign=\"center\";ctx.textBaseline=\"middle\";this.enableShadow(ctx);ctx.fillText(this.options.icon.code,x,y);this.disableShadow(ctx)}else{console.error(\"When using the icon shape, you need to define the code in the icon options object. This can be done per node or globally.\")}}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Icon}(_NodeBase3.default);exports.default=Icon},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _CircleImageBase2=__webpack_require__(72);var _CircleImageBase3=_interopRequireDefault(_CircleImageBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Image=function(_CircleImageBase){_inherits(Image,_CircleImageBase);function Image(options,body,labelModule,imageObj){_classCallCheck(this,Image);var _this=_possibleConstructorReturn(this,(Image.__proto__||Object.getPrototypeOf(Image)).call(this,options,body,labelModule));_this.imageObj=imageObj;return _this}_createClass(Image,[{key:\"resize\",value:function resize(){this._resizeImage()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;if(this.options.shapeProperties.useBorderWithImage===true){var neutralborderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;var borderWidth=(selected?selectionLineWidth:neutralborderWidth)/this.body.view.scale;ctx.lineWidth=Math.min(this.width,borderWidth);ctx.beginPath();ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.rect(this.left-.5*ctx.lineWidth,this.top-.5*ctx.lineWidth,this.width+ctx.lineWidth,this.height+ctx.lineWidth);ctx.fill();ctx.save();if(borderWidth>0){this.enableBorderDashes(ctx);ctx.stroke();this.disableBorderDashes(ctx)}ctx.restore();ctx.closePath()}this._drawImageAtPosition(ctx);this._drawImageLabel(ctx,x,y,selected||hover);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",\nvalue:function updateBoundingBox(x,y){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height;if(this.options.label!==undefined&&this.labelModule.size.width>0){this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelOffset)}}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Image}(_CircleImageBase3.default);exports.default=Image},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _ShapeBase2=__webpack_require__(76);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Square=function(_ShapeBase){_inherits(Square,_ShapeBase);function Square(options,body,labelModule){_classCallCheck(this,Square);return _possibleConstructorReturn(this,(Square.__proto__||Object.getPrototypeOf(Square)).call(this,options,body,labelModule))}_createClass(Square,[{key:\"resize\",value:function resize(){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"square\",2,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Square}(_ShapeBase3.default);exports.default=Square},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _ShapeBase2=__webpack_require__(76);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Star=function(_ShapeBase){_inherits(Star,_ShapeBase);function Star(options,body,labelModule){_classCallCheck(this,Star);return _possibleConstructorReturn(this,(Star.__proto__||Object.getPrototypeOf(Star)).call(this,options,body,labelModule))}_createClass(Star,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"star\",4,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Star}(_ShapeBase3.default);exports.default=Star},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NodeBase2=__webpack_require__(70);var _NodeBase3=_interopRequireDefault(_NodeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Text=function(_NodeBase){_inherits(Text,_NodeBase);function Text(options,body,labelModule){_classCallCheck(this,Text);return _possibleConstructorReturn(this,(Text.__proto__||Object.getPrototypeOf(Text)).call(this,options,body,labelModule))}_createClass(Text,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);this.width=textSize.width+2*margin;this.height=textSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected||hover);this.left=x-this.width/2;this.top=y-this.height/2;this.enableShadow(ctx);this.labelModule.draw(ctx,x,y,selected||hover);this.disableShadow(ctx);this.updateBoundingBox(x,y,ctx,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx,selected){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Text}(_NodeBase3.default);exports.default=Text},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _ShapeBase2=__webpack_require__(76);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Triangle=function(_ShapeBase){_inherits(Triangle,_ShapeBase);function Triangle(options,body,labelModule){_classCallCheck(this,Triangle);return _possibleConstructorReturn(this,(Triangle.__proto__||Object.getPrototypeOf(Triangle)).call(this,options,body,labelModule))}_createClass(Triangle,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"triangle\",3,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return Triangle}(_ShapeBase3.default);exports.default=Triangle},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _ShapeBase2=__webpack_require__(76);var _ShapeBase3=_interopRequireDefault(_ShapeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var TriangleDown=function(_ShapeBase){_inherits(TriangleDown,_ShapeBase);function TriangleDown(options,body,labelModule){_classCallCheck(this,TriangleDown);return _possibleConstructorReturn(this,(TriangleDown.__proto__||Object.getPrototypeOf(TriangleDown)).call(this,options,body,labelModule))}_createClass(TriangleDown,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"triangleDown\",3,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(ctx,angle)}}]);return TriangleDown}(_ShapeBase3.default);exports.default=TriangleDown},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _Edge=__webpack_require__(87);var _Edge2=_interopRequireDefault(_Edge);var _Label=__webpack_require__(68);var _Label2=_interopRequireDefault(_Label);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var DataSet=__webpack_require__(9);var DataView=__webpack_require__(11);var EdgesHandler=function(){function EdgesHandler(body,images,groups){var _this=this;_classCallCheck(this,EdgesHandler);this.body=body;this.images=images;this.groups=groups;this.body.functions.createEdge=this.create.bind(this);this.edgesListeners={add:function add(event,params){_this.add(params.items)},update:function update(event,params){_this.update(params.items)},remove:function remove(event,params){_this.remove(params.items)}};this.options={};this.defaultOptions={arrows:{to:{enabled:false,scaleFactor:1,type:\"arrow\"},middle:{enabled:false,scaleFactor:1,type:\"arrow\"},from:{enabled:false,scaleFactor:1,type:\"arrow\"}},arrowStrikethrough:true,color:{color:\"#848484\",highlight:\"#848484\",hover:\"#848484\",inherit:\"from\",opacity:1},dashes:false,font:{color:\"#343434\",size:14,face:\"arial\",background:\"none\",strokeWidth:2,strokeColor:\"#ffffff\",align:\"horizontal\"},hidden:false,hoverWidth:1.5,label:undefined,labelHighlightBold:true,length:undefined,physics:true,scaling:{min:1,max:15,label:{enabled:true,min:14,max:30,maxVisible:30,drawThreshold:5},customScalingFunction:function customScalingFunction(min,max,total,value){if(max===min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}}},selectionWidth:1.5,selfReferenceSize:20,shadow:{enabled:false,color:\"rgba(0,0,0,0.5)\",size:10,x:5,y:5},smooth:{enabled:true,type:\"dynamic\",forceDirection:\"none\",roundness:.5},title:undefined,width:1,value:undefined};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(EdgesHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"_forceDisableDynamicCurves\",function(type){if(type===\"dynamic\"){type=\"continuous\"}var emitChange=false;for(var edgeId in _this2.body.edges){if(_this2.body.edges.hasOwnProperty(edgeId)){var edge=_this2.body.edges[edgeId];var edgeData=_this2.body.data.edges._data[edgeId];if(edgeData!==undefined){var edgeOptions=edgeData.smooth;if(edgeOptions!==undefined){if(edgeOptions.enabled===true&&edgeOptions.type===\"dynamic\"){if(type===undefined){edge.setOptions({smooth:false})}else{edge.setOptions({smooth:{type:type}})}emitChange=true}}}}}if(emitChange===true){_this2.body.emitter.emit(\"_dataChanged\")}});this.body.emitter.on(\"_dataUpdated\",function(){_this2.reconnectEdges();_this2.markAllEdgesAsDirty()});this.body.emitter.on(\"refreshEdges\",this.refresh.bind(this));this.body.emitter.on(\"refresh\",this.refresh.bind(this));this.body.emitter.on(\"destroy\",function(){util.forEach(_this2.edgesListeners,function(callback,event){if(_this2.body.data.edges)_this2.body.data.edges.off(event,callback)});delete _this2.body.functions.createEdge;delete _this2.edgesListeners.add;delete _this2.edgesListeners.update;delete _this2.edgesListeners.remove;delete _this2.edgesListeners})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){_Edge2.default.parseOptions(this.options,options);if(options.color!==undefined){this.markAllEdgesAsDirty()}var dataChanged=false;if(options.smooth!==undefined){for(var edgeId in this.body.edges){if(this.body.edges.hasOwnProperty(edgeId)){dataChanged=this.body.edges[edgeId].updateEdgeType()||dataChanged}}}if(options.font!==undefined){_Label2.default.parseOptions(this.options.font,options);for(var _edgeId in this.body.edges){if(this.body.edges.hasOwnProperty(_edgeId)){this.body.edges[_edgeId].updateLabelModule()}}}if(options.hidden!==undefined||options.physics!==undefined||dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"setData\",value:function setData(edges){var _this3=this;var doNotEmit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var oldEdgesData=this.body.data.edges;if(edges instanceof DataSet||edges instanceof DataView){this.body.data.edges=edges}else if(Array.isArray(edges)){this.body.data.edges=new DataSet;this.body.data.edges.add(edges)}else if(!edges){this.body.data.edges=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldEdgesData){util.forEach(this.edgesListeners,function(callback,event){oldEdgesData.off(event,callback)})}this.body.edges={};if(this.body.data.edges){util.forEach(this.edgesListeners,function(callback,event){_this3.body.data.edges.on(event,callback)});var ids=this.body.data.edges.getIds();this.add(ids,true)}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"add\",value:function add(ids){var doNotEmit=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var edges=this.body.edges;var edgesData=this.body.data.edges;for(var i=0;i<ids.length;i++){var id=ids[i];var oldEdge=edges[id];if(oldEdge){oldEdge.disconnect()}var data=edgesData.get(id,{showInternalIds:true});edges[id]=this.create(data)}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"update\",value:function update(ids){var edges=this.body.edges;var edgesData=this.body.data.edges;var dataChanged=false;for(var i=0;i<ids.length;i++){var id=ids[i];var data=edgesData.get(id);var edge=edges[id];if(edge!==undefined){edge.disconnect();dataChanged=edge.setOptions(data)||dataChanged;edge.connect()}else{this.body.edges[id]=this.create(data);dataChanged=true}}if(dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}else{this.body.emitter.emit(\"_dataUpdated\")}}},{key:\"remove\",value:function remove(ids){var edges=this.body.edges;for(var i=0;i<ids.length;i++){var id=ids[i];var edge=edges[id];if(edge!==undefined){edge.cleanup();edge.disconnect();delete edges[id]}}this.body.emitter.emit(\"_dataChanged\")}},{key:\"refresh\",value:function refresh(){var edges=this.body.edges;for(var edgeId in edges){var edge=undefined;if(edges.hasOwnProperty(edgeId)){edge=edges[edgeId]}var data=this.body.data.edges._data[edgeId];if(edge!==undefined&&data!==undefined){edge.setOptions(data)}}}},{key:\"create\",value:function create(properties){return new _Edge2.default(properties,this.body,this.options)}},{key:\"markAllEdgesAsDirty\",value:function markAllEdgesAsDirty(){for(var edgeId in this.body.edges){this.body.edges[edgeId].edgeType.colorDirty=true}}},{key:\"reconnectEdges\",value:function reconnectEdges(){var id;var nodes=this.body.nodes;var edges=this.body.edges;for(id in nodes){if(nodes.hasOwnProperty(id)){nodes[id].edges=[]}}for(id in edges){if(edges.hasOwnProperty(id)){var edge=edges[id];edge.from=null;edge.to=null;edge.connect()}}}},{key:\"getConnectedNodes\",value:function getConnectedNodes(edgeId){var nodeList=[];if(this.body.edges[edgeId]!==undefined){var edge=this.body.edges[edgeId];if(edge.fromId){nodeList.push(edge.fromId)}if(edge.toId){nodeList.push(edge.toId)}}return nodeList}}]);return EdgesHandler}();exports.default=EdgesHandler},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _Label=__webpack_require__(68);var _Label2=_interopRequireDefault(_Label);var _CubicBezierEdge=__webpack_require__(88);var _CubicBezierEdge2=_interopRequireDefault(_CubicBezierEdge);var _BezierEdgeDynamic=__webpack_require__(92);var _BezierEdgeDynamic2=_interopRequireDefault(_BezierEdgeDynamic);var _BezierEdgeStatic=__webpack_require__(93);var _BezierEdgeStatic2=_interopRequireDefault(_BezierEdgeStatic);var _StraightEdge=__webpack_require__(94);var _StraightEdge2=_interopRequireDefault(_StraightEdge);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Edge=function(){function Edge(options,body,globalOptions){_classCallCheck(this,Edge);if(body===undefined){throw\"No body provided\"}this.options=util.bridgeObject(globalOptions);this.globalOptions=globalOptions;this.body=body;this.id=undefined;this.fromId=undefined;this.toId=undefined;this.selected=false;this.hover=false;this.labelDirty=true;this.colorDirty=true;this.baseWidth=this.options.width;this.baseFontSize=this.options.font.size;this.from=undefined;this.to=undefined;this.edgeType=undefined;this.connected=false;this.labelModule=new _Label2.default(this.body,this.options,true);this.setOptions(options)}_createClass(Edge,[{key:\"setOptions\",value:function setOptions(options){if(!options){return}this.colorDirty=true;Edge.parseOptions(this.options,options,true,this.globalOptions);if(options.id!==undefined){this.id=options.id}if(options.from!==undefined){this.fromId=options.from}if(options.to!==undefined){this.toId=options.to}if(options.title!==undefined){this.title=options.title}if(options.value!==undefined){options.value=parseFloat(options.value)}this.updateLabelModule();var dataChanged=this.updateEdgeType();this._setInteractionWidths();this.connect();if(options.hidden!==undefined||options.physics!==undefined){dataChanged=true}return dataChanged}},{key:\"updateLabelModule\",value:function updateLabelModule(){this.labelModule.setOptions(this.options,true);if(this.labelModule.baseSize!==undefined){this.baseFontSize=this.labelModule.baseSize}}},{key:\"updateEdgeType\",value:function updateEdgeType(){var dataChanged=false;var changeInType=true;var smooth=this.options.smooth;if(this.edgeType!==undefined){if(this.edgeType instanceof _BezierEdgeDynamic2.default&&smooth.enabled===true&&smooth.type===\"dynamic\"){changeInType=false}if(this.edgeType instanceof _CubicBezierEdge2.default&&smooth.enabled===true&&smooth.type===\"cubicBezier\"){changeInType=false}if(this.edgeType instanceof _BezierEdgeStatic2.default&&smooth.enabled===true&&smooth.type!==\"dynamic\"&&smooth.type!==\"cubicBezier\"){changeInType=false}if(this.edgeType instanceof _StraightEdge2.default&&smooth.enabled===false){changeInType=false}if(changeInType===true){dataChanged=this.cleanup()}}if(changeInType===true){if(this.options.smooth.enabled===true){if(this.options.smooth.type===\"dynamic\"){dataChanged=true;this.edgeType=new _BezierEdgeDynamic2.default(this.options,this.body,this.labelModule)}else if(this.options.smooth.type===\"cubicBezier\"){this.edgeType=new _CubicBezierEdge2.default(this.options,this.body,this.labelModule)}else{this.edgeType=new _BezierEdgeStatic2.default(this.options,this.body,this.labelModule)}}else{this.edgeType=new _StraightEdge2.default(this.options,this.body,this.labelModule)}}else{this.edgeType.setOptions(this.options)}return dataChanged}},{key:\"connect\",value:function connect(){this.disconnect();this.from=this.body.nodes[this.fromId]||undefined;this.to=this.body.nodes[this.toId]||undefined;this.connected=this.from!==undefined&&this.to!==undefined;if(this.connected===true){this.from.attachEdge(this);this.to.attachEdge(this)}else{if(this.from){this.from.detachEdge(this)}if(this.to){this.to.detachEdge(this)}}this.edgeType.connect()}},{key:\"disconnect\",value:function disconnect(){if(this.from){this.from.detachEdge(this);this.from=undefined}if(this.to){this.to.detachEdge(this);this.to=undefined}this.connected=false}},{key:\"getTitle\",value:function getTitle(){return this.title}},{key:\"isSelected\",value:function isSelected(){return this.selected}},{key:\"getValue\",value:function getValue(){return this.options.value}},{key:\"setValueRange\",value:function setValueRange(min,max,total){if(this.options.value!==undefined){var scale=this.options.scaling.customScalingFunction(min,max,total,this.options.value);var widthDiff=this.options.scaling.max-this.options.scaling.min;if(this.options.scaling.label.enabled===true){var fontDiff=this.options.scaling.label.max-this.options.scaling.label.min;this.options.font.size=this.options.scaling.label.min+scale*fontDiff}this.options.width=this.options.scaling.min+scale*widthDiff}else{this.options.width=this.baseWidth;this.options.font.size=this.baseFontSize}this._setInteractionWidths();this.updateLabelModule()}},{key:\"_setInteractionWidths\",value:function _setInteractionWidths(){if(typeof this.options.hoverWidth===\"function\"){this.edgeType.hoverWidth=this.options.hoverWidth(this.options.width)}else{this.edgeType.hoverWidth=this.options.hoverWidth+this.options.width}if(typeof this.options.selectionWidth===\"function\"){this.edgeType.selectionWidth=this.options.selectionWidth(this.options.width)}else{this.edgeType.selectionWidth=this.options.selectionWidth+this.options.width}}},{key:\"draw\",value:function draw(ctx){var viaNode=this.edgeType.getViaNode();var arrowData={};this.edgeType.fromPoint=this.edgeType.from;this.edgeType.toPoint=this.edgeType.to;if(this.options.arrows.from.enabled===true){arrowData.from=this.edgeType.getArrowData(ctx,\"from\",viaNode,this.selected,this.hover);if(this.options.arrowStrikethrough===false)this.edgeType.fromPoint=arrowData.from.core}if(this.options.arrows.to.enabled===true){arrowData.to=this.edgeType.getArrowData(ctx,\"to\",viaNode,this.selected,this.hover);if(this.options.arrowStrikethrough===false)this.edgeType.toPoint=arrowData.to.core}if(this.options.arrows.middle.enabled===true){arrowData.middle=this.edgeType.getArrowData(ctx,\"middle\",viaNode,this.selected,this.hover)}this.edgeType.drawLine(ctx,this.selected,this.hover,viaNode);this.drawArrows(ctx,arrowData);this.drawLabel(ctx,viaNode)}},{key:\"drawArrows\",value:function drawArrows(ctx,arrowData){if(this.options.arrows.from.enabled===true){this.edgeType.drawArrowHead(ctx,this.selected,this.hover,arrowData.from)}if(this.options.arrows.middle.enabled===true){this.edgeType.drawArrowHead(ctx,this.selected,this.hover,arrowData.middle)}if(this.options.arrows.to.enabled===true){this.edgeType.drawArrowHead(ctx,this.selected,this.hover,arrowData.to)}}},{key:\"drawLabel\",value:function drawLabel(ctx,viaNode){if(this.options.label!==undefined){var node1=this.from;var node2=this.to;var selected=this.from.selected||this.to.selected||this.selected;if(node1.id!=node2.id){this.labelModule.pointToSelf=false;var point=this.edgeType.getPoint(.5,viaNode);ctx.save();if(this.options.font.align!==\"horizontal\"){this.labelModule.calculateLabelSize(ctx,selected,point.x,point.y);ctx.translate(point.x,this.labelModule.size.yLine);this._rotateForLabelAlignment(ctx)}this.labelModule.draw(ctx,point.x,point.y,selected);ctx.restore()}else{this.labelModule.pointToSelf=true;var x,y;var radius=this.options.selfReferenceSize;if(node1.shape.width>node1.shape.height){x=node1.x+node1.shape.width*.5;y=node1.y-radius}else{x=node1.x+radius;y=node1.y-node1.shape.height*.5}point=this._pointOnCircle(x,y,radius,.125);this.labelModule.draw(ctx,point.x,point.y,selected)}}}},{key:\"isOverlappingWith\",value:function isOverlappingWith(obj){if(this.connected){var distMax=10;var xFrom=this.from.x;var yFrom=this.from.y;var xTo=this.to.x;var yTo=this.to.y;var xObj=obj.left;var yObj=obj.top;var dist=this.edgeType.getDistanceToEdge(xFrom,yFrom,xTo,yTo,xObj,yObj);return dist<distMax}else{return false}}},{key:\"_rotateForLabelAlignment\",value:function _rotateForLabelAlignment(ctx){var dy=this.from.y-this.to.y;var dx=this.from.x-this.to.x;var angleInDegrees=Math.atan2(dy,dx);if(angleInDegrees<-1&&dx<0||angleInDegrees>0&&dx<0){angleInDegrees=angleInDegrees+Math.PI}ctx.rotate(angleInDegrees)}},{key:\"_pointOnCircle\",value:function _pointOnCircle(x,y,radius,percentage){var angle=percentage*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}}},{key:\"select\",value:function select(){this.selected=true}},{key:\"unselect\",value:function unselect(){this.selected=false}},{key:\"cleanup\",value:function cleanup(){return this.edgeType.cleanup()}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var globalOptions=arguments.length>3&&arguments[3]!==undefined?arguments[3]:{};var fields=[\"arrowStrikethrough\",\"id\",\"from\",\"hidden\",\"hoverWidth\",\"label\",\"labelHighlightBold\",\"length\",\"line\",\"opacity\",\"physics\",\"scaling\",\"selectionWidth\",\"selfReferenceSize\",\"to\",\"title\",\"value\",\"width\"];util.selectiveDeepExtend(fields,parentOptions,newOptions,allowDeletion);util.mergeOptions(parentOptions,newOptions,\"smooth\",allowDeletion,globalOptions);util.mergeOptions(parentOptions,newOptions,\"shadow\",allowDeletion,globalOptions);if(newOptions.dashes!==undefined&&newOptions.dashes!==null){parentOptions.dashes=newOptions.dashes}else if(allowDeletion===true&&newOptions.dashes===null){parentOptions.dashes=Object.create(globalOptions.dashes)}if(newOptions.scaling!==undefined&&newOptions.scaling!==null){if(newOptions.scaling.min!==undefined){parentOptions.scaling.min=newOptions.scaling.min}if(newOptions.scaling.max!==undefined){parentOptions.scaling.max=newOptions.scaling.max}util.mergeOptions(parentOptions.scaling,newOptions.scaling,\"label\",allowDeletion,globalOptions.scaling)}else if(allowDeletion===true&&newOptions.scaling===null){parentOptions.scaling=Object.create(globalOptions.scaling)}if(newOptions.arrows!==undefined&&newOptions.arrows!==null){if(typeof newOptions.arrows===\"string\"){var arrows=newOptions.arrows.toLowerCase();parentOptions.arrows.to.enabled=arrows.indexOf(\"to\")!=-1;parentOptions.arrows.middle.enabled=arrows.indexOf(\"middle\")!=-1;parentOptions.arrows.from.enabled=arrows.indexOf(\"from\")!=-1}else if(_typeof(newOptions.arrows)===\"object\"){util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"to\",allowDeletion,globalOptions.arrows);util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"middle\",allowDeletion,globalOptions.arrows);util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"from\",allowDeletion,globalOptions.arrows)}else{throw new Error(\"The arrow newOptions can only be an object or a string. Refer to the documentation. You used:\"+JSON.stringify(newOptions.arrows))}}else if(allowDeletion===true&&newOptions.arrows===null){\nparentOptions.arrows=Object.create(globalOptions.arrows)}if(newOptions.color!==undefined&&newOptions.color!==null){parentOptions.color=util.deepExtend({},parentOptions.color,true);if(util.isString(newOptions.color)){parentOptions.color.color=newOptions.color;parentOptions.color.highlight=newOptions.color;parentOptions.color.hover=newOptions.color;parentOptions.color.inherit=false}else{var colorsDefined=false;if(newOptions.color.color!==undefined){parentOptions.color.color=newOptions.color.color;colorsDefined=true}if(newOptions.color.highlight!==undefined){parentOptions.color.highlight=newOptions.color.highlight;colorsDefined=true}if(newOptions.color.hover!==undefined){parentOptions.color.hover=newOptions.color.hover;colorsDefined=true}if(newOptions.color.inherit!==undefined){parentOptions.color.inherit=newOptions.color.inherit}if(newOptions.color.opacity!==undefined){parentOptions.color.opacity=Math.min(1,Math.max(0,newOptions.color.opacity))}if(newOptions.color.inherit===undefined&&colorsDefined===true){parentOptions.color.inherit=false}}}else if(allowDeletion===true&&newOptions.color===null){parentOptions.color=util.bridgeObject(globalOptions.color)}if(newOptions.font!==undefined&&newOptions.font!==null){_Label2.default.parseOptions(parentOptions.font,newOptions)}else if(allowDeletion===true&&newOptions.font===null){parentOptions.font=util.bridgeObject(globalOptions.font)}}}]);return Edge}();exports.default=Edge},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _CubicBezierEdgeBase2=__webpack_require__(89);var _CubicBezierEdgeBase3=_interopRequireDefault(_CubicBezierEdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var CubicBezierEdge=function(_CubicBezierEdgeBase){_inherits(CubicBezierEdge,_CubicBezierEdgeBase);function CubicBezierEdge(options,body,labelModule){_classCallCheck(this,CubicBezierEdge);return _possibleConstructorReturn(this,(CubicBezierEdge.__proto__||Object.getPrototypeOf(CubicBezierEdge)).call(this,options,body,labelModule))}_createClass(CubicBezierEdge,[{key:\"_line\",value:function _line(ctx,viaNodes){var via1=viaNodes[0];var via2=viaNodes[1];ctx.beginPath();ctx.moveTo(this.fromPoint.x,this.fromPoint.y);if(viaNodes===undefined||via1.x===undefined){ctx.lineTo(this.toPoint.x,this.toPoint.y)}else{ctx.bezierCurveTo(via1.x,via1.y,via2.x,via2.y,this.toPoint.x,this.toPoint.y)}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx)}},{key:\"_getViaCoordinates\",value:function _getViaCoordinates(){var dx=this.from.x-this.to.x;var dy=this.from.y-this.to.y;var x1=void 0,y1=void 0,x2=void 0,y2=void 0;var roundness=this.options.smooth.roundness;if((Math.abs(dx)>Math.abs(dy)||this.options.smooth.forceDirection===true||this.options.smooth.forceDirection===\"horizontal\")&&this.options.smooth.forceDirection!==\"vertical\"){y1=this.from.y;y2=this.to.y;x1=this.from.x-roundness*dx;x2=this.to.x+roundness*dx}else{y1=this.from.y-roundness*dy;y2=this.to.y+roundness*dy;x1=this.from.x;x2=this.to.x}return[{x:x1,y:y1},{x:x2,y:y2}]}},{key:\"getViaNode\",value:function getViaNode(){return this._getViaCoordinates()}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){return this._findBorderPositionBezier(nearNode,ctx)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){var _ref=arguments.length>6&&arguments[6]!==undefined?arguments[6]:this._getViaCoordinates(),_ref2=_slicedToArray(_ref,2),via1=_ref2[0],via2=_ref2[1];return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via1,via2)}},{key:\"getPoint\",value:function getPoint(percentage){var _ref3=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this._getViaCoordinates(),_ref4=_slicedToArray(_ref3,2),via1=_ref4[0],via2=_ref4[1];var t=percentage;var vec=[];vec[0]=Math.pow(1-t,3);vec[1]=3*t*Math.pow(1-t,2);vec[2]=3*Math.pow(t,2)*(1-t);vec[3]=Math.pow(t,3);var x=vec[0]*this.fromPoint.x+vec[1]*via1.x+vec[2]*via2.x+vec[3]*this.toPoint.x;var y=vec[0]*this.fromPoint.y+vec[1]*via1.y+vec[2]*via2.y+vec[3]*this.toPoint.y;return{x:x,y:y}}}]);return CubicBezierEdge}(_CubicBezierEdgeBase3.default);exports.default=CubicBezierEdge},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _BezierEdgeBase2=__webpack_require__(90);var _BezierEdgeBase3=_interopRequireDefault(_BezierEdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var CubicBezierEdgeBase=function(_BezierEdgeBase){_inherits(CubicBezierEdgeBase,_BezierEdgeBase);function CubicBezierEdgeBase(options,body,labelModule){_classCallCheck(this,CubicBezierEdgeBase);return _possibleConstructorReturn(this,(CubicBezierEdgeBase.__proto__||Object.getPrototypeOf(CubicBezierEdgeBase)).call(this,options,body,labelModule))}_createClass(CubicBezierEdgeBase,[{key:\"_getDistanceToBezierEdge\",value:function _getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via1,via2){var minDistance=1e9;var distance=void 0;var i=void 0,t=void 0,x=void 0,y=void 0;var lastX=x1;var lastY=y1;var vec=[0,0,0,0];for(i=1;i<10;i++){t=.1*i;vec[0]=Math.pow(1-t,3);vec[1]=3*t*Math.pow(1-t,2);vec[2]=3*Math.pow(t,2)*(1-t);vec[3]=Math.pow(t,3);x=vec[0]*x1+vec[1]*via1.x+vec[2]*via2.x+vec[3]*x2;y=vec[0]*y1+vec[1]*via1.y+vec[2]*via2.y+vec[3]*y2;if(i>0){distance=this._getDistanceToLine(lastX,lastY,x,y,x3,y3);minDistance=distance<minDistance?distance:minDistance}lastX=x;lastY=y}return minDistance}}]);return CubicBezierEdgeBase}(_BezierEdgeBase3.default);exports.default=CubicBezierEdgeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _EdgeBase2=__webpack_require__(91);var _EdgeBase3=_interopRequireDefault(_EdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var BezierEdgeBase=function(_EdgeBase){_inherits(BezierEdgeBase,_EdgeBase);function BezierEdgeBase(options,body,labelModule){_classCallCheck(this,BezierEdgeBase);return _possibleConstructorReturn(this,(BezierEdgeBase.__proto__||Object.getPrototypeOf(BezierEdgeBase)).call(this,options,body,labelModule))}_createClass(BezierEdgeBase,[{key:\"_findBorderPositionBezier\",value:function _findBorderPositionBezier(nearNode,ctx){var viaNode=arguments.length>2&&arguments[2]!==undefined?arguments[2]:this._getViaCoordinates();var maxIterations=10;var iteration=0;var low=0;var high=1;var pos,angle,distanceToBorder,distanceToPoint,difference;var threshold=.2;var node=this.to;var from=false;if(nearNode.id===this.from.id){node=this.from;from=true}while(low<=high&&iteration<maxIterations){var middle=(low+high)*.5;pos=this.getPoint(middle,viaNode);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToPoint=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToPoint;if(Math.abs(difference)<threshold){break}else if(difference<0){if(from===false){low=middle}else{high=middle}}else{if(from===false){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos}},{key:\"_getDistanceToBezierEdge\",value:function _getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via){var minDistance=1e9;var distance=void 0;var i=void 0,t=void 0,x=void 0,y=void 0;var lastX=x1;var lastY=y1;for(i=1;i<10;i++){t=.1*i;x=Math.pow(1-t,2)*x1+2*t*(1-t)*via.x+Math.pow(t,2)*x2;y=Math.pow(1-t,2)*y1+2*t*(1-t)*via.y+Math.pow(t,2)*y2;if(i>0){distance=this._getDistanceToLine(lastX,lastY,x,y,x3,y3);minDistance=distance<minDistance?distance:minDistance}lastX=x;lastY=y}return minDistance}}]);return BezierEdgeBase}(_EdgeBase3.default);exports.default=BezierEdgeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var EdgeBase=function(){function EdgeBase(options,body,labelModule){_classCallCheck(this,EdgeBase);this.body=body;this.labelModule=labelModule;this.options={};this.setOptions(options);this.colorDirty=true;this.color={};this.selectionWidth=2;this.hoverWidth=1.5;this.fromPoint=this.from;this.toPoint=this.to}_createClass(EdgeBase,[{key:\"connect\",value:function connect(){this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to]}},{key:\"cleanup\",value:function cleanup(){return false}},{key:\"setOptions\",value:function setOptions(options){this.options=options;this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];this.id=this.options.id}},{key:\"drawLine\",value:function drawLine(ctx,selected,hover,viaNode){ctx.strokeStyle=this.getColor(ctx,selected,hover);ctx.lineWidth=this.getLineWidth(selected,hover);if(this.options.dashes!==false){this._drawDashedLine(ctx,viaNode)}else{this._drawLine(ctx,viaNode)}}},{key:\"_drawLine\",value:function _drawLine(ctx,viaNode,fromPoint,toPoint){if(this.from!=this.to){this._line(ctx,viaNode,fromPoint,toPoint)}else{var _getCircleData2=this._getCircleData(ctx),_getCircleData3=_slicedToArray(_getCircleData2,3),x=_getCircleData3[0],y=_getCircleData3[1],radius=_getCircleData3[2];this._circle(ctx,x,y,radius)}}},{key:\"_drawDashedLine\",value:function _drawDashedLine(ctx,viaNode,fromPoint,toPoint){ctx.lineCap=\"round\";var pattern=[5,5];if(Array.isArray(this.options.dashes)===true){pattern=this.options.dashes}if(ctx.setLineDash!==undefined){ctx.save();ctx.setLineDash(pattern);ctx.lineDashOffset=0;if(this.from!=this.to){this._line(ctx,viaNode)}else{var _getCircleData4=this._getCircleData(ctx),_getCircleData5=_slicedToArray(_getCircleData4,3),x=_getCircleData5[0],y=_getCircleData5[1],radius=_getCircleData5[2];this._circle(ctx,x,y,radius)}ctx.setLineDash([0]);ctx.lineDashOffset=0;ctx.restore()}else{if(this.from!=this.to){ctx.dashedLine(this.from.x,this.from.y,this.to.x,this.to.y,pattern)}else{var _getCircleData6=this._getCircleData(ctx),_getCircleData7=_slicedToArray(_getCircleData6,3),_x=_getCircleData7[0],_y=_getCircleData7[1],_radius=_getCircleData7[2];this._circle(ctx,_x,_y,_radius)}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx)}}},{key:\"findBorderPosition\",value:function findBorderPosition(nearNode,ctx,options){if(this.from!=this.to){return this._findBorderPosition(nearNode,ctx,options)}else{return this._findBorderPositionCircle(nearNode,ctx,options)}}},{key:\"findBorderPositions\",value:function findBorderPositions(ctx){var from={};var to={};if(this.from!=this.to){from=this._findBorderPosition(this.from,ctx);to=this._findBorderPosition(this.to,ctx)}else{var _getCircleData8=this._getCircleData(ctx),_getCircleData9=_slicedToArray(_getCircleData8,3),x=_getCircleData9[0],y=_getCircleData9[1],radius=_getCircleData9[2];from=this._findBorderPositionCircle(this.from,ctx,{x:x,y:y,low:.25,high:.6,direction:-1});to=this._findBorderPositionCircle(this.from,ctx,{x:x,y:y,low:.6,high:.8,direction:1})}return{from:from,to:to}}},{key:\"_getCircleData\",value:function _getCircleData(ctx){var x=void 0,y=void 0;var node=this.from;var radius=this.options.selfReferenceSize;if(ctx!==undefined){if(node.shape.width===undefined){node.shape.resize(ctx)}}if(node.shape.width>node.shape.height){x=node.x+node.shape.width*.5;y=node.y-radius}else{x=node.x+radius;y=node.y-node.shape.height*.5}return[x,y,radius]}},{key:\"_pointOnCircle\",value:function _pointOnCircle(x,y,radius,percentage){var angle=percentage*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}}},{key:\"_findBorderPositionCircle\",value:function _findBorderPositionCircle(node,ctx,options){var x=options.x;var y=options.y;var low=options.low;var high=options.high;var direction=options.direction;var maxIterations=10;var iteration=0;var radius=this.options.selfReferenceSize;var pos=void 0,angle=void 0,distanceToBorder=void 0,distanceToPoint=void 0,difference=void 0;var threshold=.05;var middle=(low+high)*.5;while(low<=high&&iteration<maxIterations){middle=(low+high)*.5;pos=this._pointOnCircle(x,y,radius,middle);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToPoint=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToPoint;if(Math.abs(difference)<threshold){break}else if(difference>0){if(direction>0){low=middle}else{high=middle}}else{if(direction>0){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos}},{key:\"getLineWidth\",value:function getLineWidth(selected,hover){if(selected===true){return Math.max(this.selectionWidth,.3/this.body.view.scale)}else{if(hover===true){return Math.max(this.hoverWidth,.3/this.body.view.scale)}else{return Math.max(this.options.width,.3/this.body.view.scale)}}}},{key:\"getColor\",value:function getColor(ctx,selected,hover){var colorOptions=this.options.color;if(colorOptions.inherit!==false){if(colorOptions.inherit===\"both\"&&this.from.id!==this.to.id){var grd=ctx.createLinearGradient(this.from.x,this.from.y,this.to.x,this.to.y);var fromColor=void 0,toColor=void 0;fromColor=this.from.options.color.highlight.border;toColor=this.to.options.color.highlight.border;if(this.from.selected===false&&this.to.selected===false){fromColor=util.overrideOpacity(this.from.options.color.border,this.options.color.opacity);toColor=util.overrideOpacity(this.to.options.color.border,this.options.color.opacity)}else if(this.from.selected===true&&this.to.selected===false){toColor=this.to.options.color.border}else if(this.from.selected===false&&this.to.selected===true){fromColor=this.from.options.color.border}grd.addColorStop(0,fromColor);grd.addColorStop(1,toColor);return grd}if(this.colorDirty===true){if(colorOptions.inherit===\"to\"){this.color.highlight=this.to.options.color.highlight.border;this.color.hover=this.to.options.color.hover.border;this.color.color=util.overrideOpacity(this.to.options.color.border,colorOptions.opacity)}else{this.color.highlight=this.from.options.color.highlight.border;this.color.hover=this.from.options.color.hover.border;this.color.color=util.overrideOpacity(this.from.options.color.border,colorOptions.opacity)}}}else if(this.colorDirty===true){this.color.highlight=colorOptions.highlight;this.color.hover=colorOptions.hover;this.color.color=util.overrideOpacity(colorOptions.color,colorOptions.opacity)}this.colorDirty=false;if(selected===true){return this.color.highlight}else if(hover===true){return this.color.hover}else{return this.color.color}}},{key:\"_circle\",value:function _circle(ctx,x,y,radius){this.enableShadow(ctx);ctx.beginPath();ctx.arc(x,y,radius,0,2*Math.PI,false);ctx.stroke();this.disableShadow(ctx)}},{key:\"getDistanceToEdge\",value:function getDistanceToEdge(x1,y1,x2,y2,x3,y3,via){var returnValue=0;if(this.from!=this.to){returnValue=this._getDistanceToEdge(x1,y1,x2,y2,x3,y3,via)}else{var _getCircleData10=this._getCircleData(),_getCircleData11=_slicedToArray(_getCircleData10,3),x=_getCircleData11[0],y=_getCircleData11[1],radius=_getCircleData11[2];var dx=x-x3;var dy=y-y3;returnValue=Math.abs(Math.sqrt(dx*dx+dy*dy)-radius)}if(this.labelModule.size.left<x3&&this.labelModule.size.left+this.labelModule.size.width>x3&&this.labelModule.size.top<y3&&this.labelModule.size.top+this.labelModule.size.height>y3){return 0}else{return returnValue}}},{key:\"_getDistanceToLine\",value:function _getDistanceToLine(x1,y1,x2,y2,x3,y3){var px=x2-x1;var py=y2-y1;var something=px*px+py*py;var u=((x3-x1)*px+(y3-y1)*py)/something;if(u>1){u=1}else if(u<0){u=0}var x=x1+u*px;var y=y1+u*py;var dx=x-x3;var dy=y-y3;return Math.sqrt(dx*dx+dy*dy)}},{key:\"getArrowData\",value:function getArrowData(ctx,position,viaNode,selected,hover){var angle=void 0;var arrowPoint=void 0;var node1=void 0;var node2=void 0;var guideOffset=void 0;var scaleFactor=void 0;var type=void 0;var lineWidth=this.getLineWidth(selected,hover);if(position===\"from\"){node1=this.from;node2=this.to;guideOffset=.1;scaleFactor=this.options.arrows.from.scaleFactor;type=this.options.arrows.from.type}else if(position===\"to\"){node1=this.to;node2=this.from;guideOffset=-.1;scaleFactor=this.options.arrows.to.scaleFactor;type=this.options.arrows.to.type}else{node1=this.to;node2=this.from;scaleFactor=this.options.arrows.middle.scaleFactor;type=this.options.arrows.middle.type}if(node1!=node2){if(position!==\"middle\"){if(this.options.smooth.enabled===true){arrowPoint=this.findBorderPosition(node1,ctx,{via:viaNode});var guidePos=this.getPoint(Math.max(0,Math.min(1,arrowPoint.t+guideOffset)),viaNode);angle=Math.atan2(arrowPoint.y-guidePos.y,arrowPoint.x-guidePos.x)}else{angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);arrowPoint=this.findBorderPosition(node1,ctx)}}else{angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);arrowPoint=this.getPoint(.5,viaNode)}}else{var _getCircleData12=this._getCircleData(ctx),_getCircleData13=_slicedToArray(_getCircleData12,3),x=_getCircleData13[0],y=_getCircleData13[1],radius=_getCircleData13[2];if(position===\"from\"){arrowPoint=this.findBorderPosition(this.from,ctx,{x:x,y:y,low:.25,high:.6,direction:-1});angle=arrowPoint.t*-2*Math.PI+1.5*Math.PI+.1*Math.PI}else if(position===\"to\"){arrowPoint=this.findBorderPosition(this.from,ctx,{x:x,y:y,low:.6,high:1,direction:1});angle=arrowPoint.t*-2*Math.PI+1.5*Math.PI-1.1*Math.PI}else{arrowPoint=this._pointOnCircle(x,y,radius,.175);angle=3.9269908169872414}}var length=15*scaleFactor+3*lineWidth;var xi=arrowPoint.x-length*.9*Math.cos(angle);var yi=arrowPoint.y-length*.9*Math.sin(angle);var arrowCore={x:xi,y:yi};return{point:arrowPoint,core:arrowCore,angle:angle,length:length,type:type}}},{key:\"drawArrowHead\",value:function drawArrowHead(ctx,selected,hover,arrowData){ctx.strokeStyle=this.getColor(ctx,selected,hover);ctx.fillStyle=ctx.strokeStyle;ctx.lineWidth=this.getLineWidth(selected,hover);if(arrowData.type&&arrowData.type.toLowerCase()===\"circle\"){ctx.circleEndpoint(arrowData.point.x,arrowData.point.y,arrowData.angle,arrowData.length)}else{ctx.arrowEndpoint(arrowData.point.x,arrowData.point.y,arrowData.angle,arrowData.length)}this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx)}},{key:\"enableShadow\",value:function enableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=this.options.shadow.color;ctx.shadowBlur=this.options.shadow.size;ctx.shadowOffsetX=this.options.shadow.x;ctx.shadowOffsetY=this.options.shadow.y}}},{key:\"disableShadow\",value:function disableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0)\";ctx.shadowBlur=0;ctx.shadowOffsetX=0;ctx.shadowOffsetY=0}}}]);return EdgeBase}();exports.default=EdgeBase},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _BezierEdgeBase2=__webpack_require__(90);var _BezierEdgeBase3=_interopRequireDefault(_BezierEdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var BezierEdgeDynamic=function(_BezierEdgeBase){_inherits(BezierEdgeDynamic,_BezierEdgeBase);function BezierEdgeDynamic(options,body,labelModule){_classCallCheck(this,BezierEdgeDynamic);var _this=_possibleConstructorReturn(this,(BezierEdgeDynamic.__proto__||Object.getPrototypeOf(BezierEdgeDynamic)).call(this,options,body,labelModule));_this._boundFunction=function(){_this.positionBezierNode()};_this.body.emitter.on(\"_repositionBezierNodes\",_this._boundFunction);return _this}_createClass(BezierEdgeDynamic,[{key:\"setOptions\",value:function setOptions(options){var physicsChange=false;if(this.options.physics!==options.physics){physicsChange=true}this.options=options;this.id=this.options.id;this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];this.setupSupportNode();this.connect();if(physicsChange===true){this.via.setOptions({physics:this.options.physics});this.positionBezierNode()}}},{key:\"connect\",value:function connect(){this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];if(this.from===undefined||this.to===undefined||this.options.physics===false){this.via.setOptions({physics:false})}else{if(this.from.id===this.to.id){this.via.setOptions({physics:false})}else{this.via.setOptions({physics:true})}}}},{key:\"cleanup\",value:function cleanup(){this.body.emitter.off(\"_repositionBezierNodes\",this._boundFunction);if(this.via!==undefined){delete this.body.nodes[this.via.id];this.via=undefined;return true}return false}},{key:\"setupSupportNode\",value:function setupSupportNode(){if(this.via===undefined){var nodeId=\"edgeId:\"+this.id;var node=this.body.functions.createNode({id:nodeId,shape:\"circle\",physics:true,hidden:true});this.body.nodes[nodeId]=node;this.via=node;this.via.parentEdgeId=this.id;this.positionBezierNode()}}},{key:\"positionBezierNode\",value:function positionBezierNode(){if(this.via!==undefined&&this.from!==undefined&&this.to!==undefined){this.via.x=.5*(this.from.x+this.to.x);this.via.y=.5*(this.from.y+this.to.y)}else if(this.via!==undefined){this.via.x=0;this.via.y=0}}},{key:\"_line\",value:function _line(ctx,viaNode){ctx.beginPath();ctx.moveTo(this.fromPoint.x,this.fromPoint.y);if(viaNode.x===undefined){ctx.lineTo(this.toPoint.x,this.toPoint.y)}else{ctx.quadraticCurveTo(viaNode.x,viaNode.y,this.toPoint.x,this.toPoint.y)}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx)}},{key:\"getViaNode\",value:function getViaNode(){return this.via}},{key:\"getPoint\",value:function getPoint(percentage){var viaNode=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.via;var t=percentage;var x=void 0,y=void 0;if(this.from===this.to){var _getCircleData=this._getCircleData(this.from),_getCircleData2=_slicedToArray(_getCircleData,3),cx=_getCircleData2[0],cy=_getCircleData2[1],cr=_getCircleData2[2];var a=2*Math.PI*(1-t);x=cx+cr*Math.sin(a);y=cy+cr-cr*(1-Math.cos(a))}else{x=Math.pow(1-t,2)*this.fromPoint.x+2*t*(1-t)*viaNode.x+Math.pow(t,2)*this.toPoint.x;y=Math.pow(1-t,2)*this.fromPoint.y+2*t*(1-t)*viaNode.y+Math.pow(t,2)*this.toPoint.y}return{x:x,y:y}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){return this._findBorderPositionBezier(nearNode,ctx,this.via)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,this.via)}}]);return BezierEdgeDynamic}(_BezierEdgeBase3.default);exports.default=BezierEdgeDynamic},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _BezierEdgeBase2=__webpack_require__(90);var _BezierEdgeBase3=_interopRequireDefault(_BezierEdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var BezierEdgeStatic=function(_BezierEdgeBase){_inherits(BezierEdgeStatic,_BezierEdgeBase);function BezierEdgeStatic(options,body,labelModule){_classCallCheck(this,BezierEdgeStatic);return _possibleConstructorReturn(this,(BezierEdgeStatic.__proto__||Object.getPrototypeOf(BezierEdgeStatic)).call(this,options,body,labelModule))}_createClass(BezierEdgeStatic,[{key:\"_line\",value:function _line(ctx,viaNode){ctx.beginPath();ctx.moveTo(this.fromPoint.x,this.fromPoint.y);if(viaNode.x===undefined){ctx.lineTo(this.toPoint.x,this.toPoint.y)}else{ctx.quadraticCurveTo(viaNode.x,viaNode.y,this.toPoint.x,this.toPoint.y);\n}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx)}},{key:\"getViaNode\",value:function getViaNode(){return this._getViaCoordinates()}},{key:\"_getViaCoordinates\",value:function _getViaCoordinates(){var xVia=undefined;var yVia=undefined;var factor=this.options.smooth.roundness;var type=this.options.smooth.type;var dx=Math.abs(this.from.x-this.to.x);var dy=Math.abs(this.from.y-this.to.y);if(type===\"discrete\"||type===\"diagonalCross\"){if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y-factor*dy}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y-factor*dy}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y+factor*dy}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y+factor*dy}}if(type===\"discrete\"){xVia=dx<factor*dy?this.from.x:xVia}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y-factor*dx}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y-factor*dx}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y+factor*dx}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y+factor*dx}}if(type===\"discrete\"){yVia=dy<factor*dx?this.from.y:yVia}}}else if(type===\"straightCross\"){if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){xVia=this.from.x;if(this.from.y<this.to.y){yVia=this.to.y-(1-factor)*dy}else{yVia=this.to.y+(1-factor)*dy}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.x<this.to.x){xVia=this.to.x-(1-factor)*dx}else{xVia=this.to.x+(1-factor)*dx}yVia=this.from.y}}else if(type===\"horizontal\"){if(this.from.x<this.to.x){xVia=this.to.x-(1-factor)*dx}else{xVia=this.to.x+(1-factor)*dx}yVia=this.from.y}else if(type===\"vertical\"){xVia=this.from.x;if(this.from.y<this.to.y){yVia=this.to.y-(1-factor)*dy}else{yVia=this.to.y+(1-factor)*dy}}else if(type===\"curvedCW\"){dx=this.to.x-this.from.x;dy=this.from.y-this.to.y;var radius=Math.sqrt(dx*dx+dy*dy);var pi=Math.PI;var originalAngle=Math.atan2(dy,dx);var myAngle=(originalAngle+(factor*.5+.5)*pi)%(2*pi);xVia=this.from.x+(factor*.5+.5)*radius*Math.sin(myAngle);yVia=this.from.y+(factor*.5+.5)*radius*Math.cos(myAngle)}else if(type===\"curvedCCW\"){dx=this.to.x-this.from.x;dy=this.from.y-this.to.y;var _radius=Math.sqrt(dx*dx+dy*dy);var _pi=Math.PI;var _originalAngle=Math.atan2(dy,dx);var _myAngle=(_originalAngle+(-factor*.5+.5)*_pi)%(2*_pi);xVia=this.from.x+(factor*.5+.5)*_radius*Math.sin(_myAngle);yVia=this.from.y+(factor*.5+.5)*_radius*Math.cos(_myAngle)}else{if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y-factor*dy;xVia=this.to.x<xVia?this.to.x:xVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y-factor*dy;xVia=this.to.x>xVia?this.to.x:xVia}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y+factor*dy;xVia=this.to.x<xVia?this.to.x:xVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y+factor*dy;xVia=this.to.x>xVia?this.to.x:xVia}}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y-factor*dx;yVia=this.to.y>yVia?this.to.y:yVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y-factor*dx;yVia=this.to.y>yVia?this.to.y:yVia}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y+factor*dx;yVia=this.to.y<yVia?this.to.y:yVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y+factor*dx;yVia=this.to.y<yVia?this.to.y:yVia}}}}return{x:xVia,y:yVia}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){var options=arguments.length>2&&arguments[2]!==undefined?arguments[2]:{};return this._findBorderPositionBezier(nearNode,ctx,options.via)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){var viaNode=arguments.length>6&&arguments[6]!==undefined?arguments[6]:this._getViaCoordinates();return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,viaNode)}},{key:\"getPoint\",value:function getPoint(percentage){var viaNode=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this._getViaCoordinates();var t=percentage;var x=Math.pow(1-t,2)*this.fromPoint.x+2*t*(1-t)*viaNode.x+Math.pow(t,2)*this.toPoint.x;var y=Math.pow(1-t,2)*this.fromPoint.y+2*t*(1-t)*viaNode.y+Math.pow(t,2)*this.toPoint.y;return{x:x,y:y}}}]);return BezierEdgeStatic}(_BezierEdgeBase3.default);exports.default=BezierEdgeStatic},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _EdgeBase2=__webpack_require__(91);var _EdgeBase3=_interopRequireDefault(_EdgeBase2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var StraightEdge=function(_EdgeBase){_inherits(StraightEdge,_EdgeBase);function StraightEdge(options,body,labelModule){_classCallCheck(this,StraightEdge);return _possibleConstructorReturn(this,(StraightEdge.__proto__||Object.getPrototypeOf(StraightEdge)).call(this,options,body,labelModule))}_createClass(StraightEdge,[{key:\"_line\",value:function _line(ctx){ctx.beginPath();ctx.moveTo(this.fromPoint.x,this.fromPoint.y);ctx.lineTo(this.toPoint.x,this.toPoint.y);this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx)}},{key:\"getViaNode\",value:function getViaNode(){return undefined}},{key:\"getPoint\",value:function getPoint(percentage){return{x:(1-percentage)*this.fromPoint.x+percentage*this.toPoint.x,y:(1-percentage)*this.fromPoint.y+percentage*this.toPoint.y}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){var node1=this.to;var node2=this.from;if(nearNode.id===this.from.id){node1=this.from;node2=this.to}var angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);var dx=node1.x-node2.x;var dy=node1.y-node2.y;var edgeSegmentLength=Math.sqrt(dx*dx+dy*dy);var toBorderDist=nearNode.distanceToBorder(ctx,angle);var toBorderPoint=(edgeSegmentLength-toBorderDist)/edgeSegmentLength;var borderPos={};borderPos.x=(1-toBorderPoint)*node2.x+toBorderPoint*node1.x;borderPos.y=(1-toBorderPoint)*node2.y+toBorderPoint*node1.y;return borderPos}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){return this._getDistanceToLine(x1,y1,x2,y2,x3,y3)}}]);return StraightEdge}(_EdgeBase3.default);exports.default=StraightEdge},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _BarnesHutSolver=__webpack_require__(96);var _BarnesHutSolver2=_interopRequireDefault(_BarnesHutSolver);var _RepulsionSolver=__webpack_require__(97);var _RepulsionSolver2=_interopRequireDefault(_RepulsionSolver);var _HierarchicalRepulsionSolver=__webpack_require__(98);var _HierarchicalRepulsionSolver2=_interopRequireDefault(_HierarchicalRepulsionSolver);var _SpringSolver=__webpack_require__(99);var _SpringSolver2=_interopRequireDefault(_SpringSolver);var _HierarchicalSpringSolver=__webpack_require__(100);var _HierarchicalSpringSolver2=_interopRequireDefault(_HierarchicalSpringSolver);var _CentralGravitySolver=__webpack_require__(101);var _CentralGravitySolver2=_interopRequireDefault(_CentralGravitySolver);var _FA2BasedRepulsionSolver=__webpack_require__(102);var _FA2BasedRepulsionSolver2=_interopRequireDefault(_FA2BasedRepulsionSolver);var _FA2BasedCentralGravitySolver=__webpack_require__(103);var _FA2BasedCentralGravitySolver2=_interopRequireDefault(_FA2BasedCentralGravitySolver);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var PhysicsEngine=function(){function PhysicsEngine(body){_classCallCheck(this,PhysicsEngine);this.body=body;this.physicsBody={physicsNodeIndices:[],physicsEdgeIndices:[],forces:{},velocities:{}};this.physicsEnabled=true;this.simulationInterval=1e3/60;this.requiresTimeout=true;this.previousStates={};this.referenceState={};this.freezeCache={};this.renderTimer=undefined;this.adaptiveTimestep=false;this.adaptiveTimestepEnabled=false;this.adaptiveCounter=0;this.adaptiveInterval=3;this.stabilized=false;this.startedStabilization=false;this.stabilizationIterations=0;this.ready=false;this.options={};this.defaultOptions={enabled:true,barnesHut:{theta:.5,gravitationalConstant:-2e3,centralGravity:.3,springLength:95,springConstant:.04,damping:.09,avoidOverlap:0},forceAtlas2Based:{theta:.5,gravitationalConstant:-50,centralGravity:.01,springConstant:.08,springLength:100,damping:.4,avoidOverlap:0},repulsion:{centralGravity:.2,springLength:200,springConstant:.05,nodeDistance:100,damping:.09,avoidOverlap:0},hierarchicalRepulsion:{centralGravity:0,springLength:100,springConstant:.01,nodeDistance:120,damping:.09},maxVelocity:50,minVelocity:.75,solver:\"barnesHut\",stabilization:{enabled:true,iterations:1e3,updateInterval:50,onlyDynamicEdges:false,fit:true},timestep:.5,adaptiveTimestep:true};util.extend(this.options,this.defaultOptions);this.timestep=.5;this.layoutFailed=false;this.bindEventListeners()}_createClass(PhysicsEngine,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"initPhysics\",function(){_this.initPhysics()});this.body.emitter.on(\"_layoutFailed\",function(){_this.layoutFailed=true});this.body.emitter.on(\"resetPhysics\",function(){_this.stopSimulation();_this.ready=false});this.body.emitter.on(\"disablePhysics\",function(){_this.physicsEnabled=false;_this.stopSimulation()});this.body.emitter.on(\"restorePhysics\",function(){_this.setOptions(_this.options);if(_this.ready===true){_this.startSimulation()}});this.body.emitter.on(\"startSimulation\",function(){if(_this.ready===true){_this.startSimulation()}});this.body.emitter.on(\"stopSimulation\",function(){_this.stopSimulation()});this.body.emitter.on(\"destroy\",function(){_this.stopSimulation(false);_this.body.emitter.off()});this.body.emitter.on(\"_dataChanged\",function(){_this.updatePhysicsData()})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){if(options===false){this.options.enabled=false;this.physicsEnabled=false;this.stopSimulation()}else{this.physicsEnabled=true;util.selectiveNotDeepExtend([\"stabilization\"],this.options,options);util.mergeOptions(this.options,options,\"stabilization\");if(options.enabled===undefined){this.options.enabled=true}if(this.options.enabled===false){this.physicsEnabled=false;this.stopSimulation()}this.timestep=this.options.timestep}}this.init()}},{key:\"init\",value:function init(){var options;if(this.options.solver===\"forceAtlas2Based\"){options=this.options.forceAtlas2Based;this.nodesSolver=new _FA2BasedRepulsionSolver2.default(this.body,this.physicsBody,options);this.edgesSolver=new _SpringSolver2.default(this.body,this.physicsBody,options);this.gravitySolver=new _FA2BasedCentralGravitySolver2.default(this.body,this.physicsBody,options)}else if(this.options.solver===\"repulsion\"){options=this.options.repulsion;this.nodesSolver=new _RepulsionSolver2.default(this.body,this.physicsBody,options);this.edgesSolver=new _SpringSolver2.default(this.body,this.physicsBody,options);this.gravitySolver=new _CentralGravitySolver2.default(this.body,this.physicsBody,options)}else if(this.options.solver===\"hierarchicalRepulsion\"){options=this.options.hierarchicalRepulsion;this.nodesSolver=new _HierarchicalRepulsionSolver2.default(this.body,this.physicsBody,options);this.edgesSolver=new _HierarchicalSpringSolver2.default(this.body,this.physicsBody,options);this.gravitySolver=new _CentralGravitySolver2.default(this.body,this.physicsBody,options)}else{options=this.options.barnesHut;this.nodesSolver=new _BarnesHutSolver2.default(this.body,this.physicsBody,options);this.edgesSolver=new _SpringSolver2.default(this.body,this.physicsBody,options);this.gravitySolver=new _CentralGravitySolver2.default(this.body,this.physicsBody,options)}this.modelOptions=options}},{key:\"initPhysics\",value:function initPhysics(){if(this.physicsEnabled===true&&this.options.enabled===true){if(this.options.stabilization.enabled===true){this.stabilize()}else{this.stabilized=false;this.ready=true;this.body.emitter.emit(\"fit\",{},this.layoutFailed);this.startSimulation()}}else{this.ready=true;this.body.emitter.emit(\"fit\")}}},{key:\"startSimulation\",value:function startSimulation(){if(this.physicsEnabled===true&&this.options.enabled===true){this.stabilized=false;this.adaptiveTimestep=false;this.body.emitter.emit(\"_resizeNodes\");if(this.viewFunction===undefined){this.viewFunction=this.simulationStep.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction);this.body.emitter.emit(\"_startRendering\")}}else{this.body.emitter.emit(\"_redraw\")}}},{key:\"stopSimulation\",value:function stopSimulation(){var emit=arguments.length>0&&arguments[0]!==undefined?arguments[0]:true;this.stabilized=true;if(emit===true){this._emitStabilized()}if(this.viewFunction!==undefined){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.viewFunction=undefined;if(emit===true){this.body.emitter.emit(\"_stopRendering\")}}}},{key:\"simulationStep\",value:function simulationStep(){var startTime=Date.now();this.physicsTick();var physicsTime=Date.now()-startTime;if((physicsTime<.4*this.simulationInterval||this.runDoubleSpeed===true)&&this.stabilized===false){this.physicsTick();this.runDoubleSpeed=true}if(this.stabilized===true){this.stopSimulation()}}},{key:\"_emitStabilized\",value:function _emitStabilized(){var _this2=this;var amountOfIterations=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.stabilizationIterations;if(this.stabilizationIterations>1||this.startedStabilization===true){setTimeout(function(){_this2.body.emitter.emit(\"stabilized\",{iterations:amountOfIterations});_this2.startedStabilization=false;_this2.stabilizationIterations=0},0)}}},{key:\"physicsTick\",value:function physicsTick(){if(this.startedStabilization===false){this.body.emitter.emit(\"startStabilizing\");this.startedStabilization=true}if(this.stabilized===false){if(this.adaptiveTimestep===true&&this.adaptiveTimestepEnabled===true){var factor=1.2;if(this.adaptiveCounter%this.adaptiveInterval===0){this.timestep=2*this.timestep;this.calculateForces();this.moveNodes();this.revert();this.timestep=.5*this.timestep;this.calculateForces();this.moveNodes();this.calculateForces();this.moveNodes();if(this._evaluateStepQuality()===true){this.timestep=factor*this.timestep}else{if(this.timestep/factor<this.options.timestep){this.timestep=this.options.timestep}else{this.adaptiveCounter=-1;this.timestep=Math.max(this.options.timestep,this.timestep/factor)}}}else{this.calculateForces();this.moveNodes()}this.adaptiveCounter+=1}else{this.timestep=this.options.timestep;this.calculateForces();this.moveNodes()}if(this.stabilized===true){this.revert()}this.stabilizationIterations++}}},{key:\"updatePhysicsData\",value:function updatePhysicsData(){this.physicsBody.forces={};this.physicsBody.physicsNodeIndices=[];this.physicsBody.physicsEdgeIndices=[];var nodes=this.body.nodes;var edges=this.body.edges;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(nodes[nodeId].options.physics===true){this.physicsBody.physicsNodeIndices.push(nodes[nodeId].id)}}}for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){if(edges[edgeId].options.physics===true){this.physicsBody.physicsEdgeIndices.push(edges[edgeId].id)}}}for(var i=0;i<this.physicsBody.physicsNodeIndices.length;i++){var _nodeId=this.physicsBody.physicsNodeIndices[i];this.physicsBody.forces[_nodeId]={x:0,y:0};if(this.physicsBody.velocities[_nodeId]===undefined){this.physicsBody.velocities[_nodeId]={x:0,y:0}}}for(var _nodeId2 in this.physicsBody.velocities){if(nodes[_nodeId2]===undefined){delete this.physicsBody.velocities[_nodeId2]}}}},{key:\"revert\",value:function revert(){var nodeIds=Object.keys(this.previousStates);var nodes=this.body.nodes;var velocities=this.physicsBody.velocities;this.referenceState={};for(var i=0;i<nodeIds.length;i++){var nodeId=nodeIds[i];if(nodes[nodeId]!==undefined){if(nodes[nodeId].options.physics===true){this.referenceState[nodeId]={positions:{x:nodes[nodeId].x,y:nodes[nodeId].y}};velocities[nodeId].x=this.previousStates[nodeId].vx;velocities[nodeId].y=this.previousStates[nodeId].vy;nodes[nodeId].x=this.previousStates[nodeId].x;nodes[nodeId].y=this.previousStates[nodeId].y}}else{delete this.previousStates[nodeId]}}}},{key:\"_evaluateStepQuality\",value:function _evaluateStepQuality(){var dx=void 0,dy=void 0,dpos=void 0;var nodes=this.body.nodes;var reference=this.referenceState;var posThreshold=.3;for(var nodeId in this.referenceState){if(this.referenceState.hasOwnProperty(nodeId)&&nodes[nodeId]!==undefined){dx=nodes[nodeId].x-reference[nodeId].positions.x;dy=nodes[nodeId].y-reference[nodeId].positions.y;dpos=Math.sqrt(Math.pow(dx,2)+Math.pow(dy,2));if(dpos>posThreshold){return false}}}return true}},{key:\"moveNodes\",value:function moveNodes(){var nodeIndices=this.physicsBody.physicsNodeIndices;var maxVelocity=this.options.maxVelocity?this.options.maxVelocity:1e9;var maxNodeVelocity=0;var averageNodeVelocity=0;var velocityAdaptiveThreshold=5;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];var nodeVelocity=this._performStep(nodeId,maxVelocity);maxNodeVelocity=Math.max(maxNodeVelocity,nodeVelocity);averageNodeVelocity+=nodeVelocity}this.adaptiveTimestepEnabled=averageNodeVelocity/nodeIndices.length<velocityAdaptiveThreshold;this.stabilized=maxNodeVelocity<this.options.minVelocity}},{key:\"_performStep\",value:function _performStep(nodeId,maxVelocity){var node=this.body.nodes[nodeId];var timestep=this.timestep;var forces=this.physicsBody.forces;var velocities=this.physicsBody.velocities;this.previousStates[nodeId]={x:node.x,y:node.y,vx:velocities[nodeId].x,vy:velocities[nodeId].y};if(node.options.fixed.x===false){var dx=this.modelOptions.damping*velocities[nodeId].x;var ax=(forces[nodeId].x-dx)/node.options.mass;velocities[nodeId].x+=ax*timestep;velocities[nodeId].x=Math.abs(velocities[nodeId].x)>maxVelocity?velocities[nodeId].x>0?maxVelocity:-maxVelocity:velocities[nodeId].x;node.x+=velocities[nodeId].x*timestep}else{forces[nodeId].x=0;velocities[nodeId].x=0}if(node.options.fixed.y===false){var dy=this.modelOptions.damping*velocities[nodeId].y;var ay=(forces[nodeId].y-dy)/node.options.mass;velocities[nodeId].y+=ay*timestep;velocities[nodeId].y=Math.abs(velocities[nodeId].y)>maxVelocity?velocities[nodeId].y>0?maxVelocity:-maxVelocity:velocities[nodeId].y;node.y+=velocities[nodeId].y*timestep}else{forces[nodeId].y=0;velocities[nodeId].y=0}var totalVelocity=Math.sqrt(Math.pow(velocities[nodeId].x,2)+Math.pow(velocities[nodeId].y,2));return totalVelocity}},{key:\"calculateForces\",value:function calculateForces(){this.gravitySolver.solve();this.nodesSolver.solve();this.edgesSolver.solve()}},{key:\"_freezeNodes\",value:function _freezeNodes(){var nodes=this.body.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(nodes[id].x&&nodes[id].y){this.freezeCache[id]={x:nodes[id].options.fixed.x,y:nodes[id].options.fixed.y};nodes[id].options.fixed.x=true;nodes[id].options.fixed.y=true}}}}},{key:\"_restoreFrozenNodes\",value:function _restoreFrozenNodes(){var nodes=this.body.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(this.freezeCache[id]!==undefined){nodes[id].options.fixed.x=this.freezeCache[id].x;nodes[id].options.fixed.y=this.freezeCache[id].y}}}this.freezeCache={}}},{key:\"stabilize\",value:function stabilize(){var _this3=this;var iterations=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.options.stabilization.iterations;if(typeof iterations!==\"number\"){console.log(\"The stabilize method needs a numeric amount of iterations. Switching to default: \",this.options.stabilization.iterations);iterations=this.options.stabilization.iterations}if(this.physicsBody.physicsNodeIndices.length===0){this.ready=true;return}this.adaptiveTimestep=true&&this.options.adaptiveTimestep;this.body.emitter.emit(\"_resizeNodes\");this.stopSimulation();this.stabilized=false;this.body.emitter.emit(\"_blockRedraw\");this.targetIterations=iterations;if(this.options.stabilization.onlyDynamicEdges===true){this._freezeNodes()}this.stabilizationIterations=0;setTimeout(function(){return _this3._stabilizationBatch()},0)}},{key:\"_stabilizationBatch\",value:function _stabilizationBatch(){if(this.startedStabilization===false){this.body.emitter.emit(\"startStabilizing\");this.startedStabilization=true}var count=0;while(this.stabilized===false&&count<this.options.stabilization.updateInterval&&this.stabilizationIterations<this.targetIterations){this.physicsTick();count++}if(this.stabilized===false&&this.stabilizationIterations<this.targetIterations){this.body.emitter.emit(\"stabilizationProgress\",{iterations:this.stabilizationIterations,total:this.targetIterations});setTimeout(this._stabilizationBatch.bind(this),0)}else{this._finalizeStabilization()}}},{key:\"_finalizeStabilization\",value:function _finalizeStabilization(){this.body.emitter.emit(\"_allowRedraw\");if(this.options.stabilization.fit===true){this.body.emitter.emit(\"fit\")}if(this.options.stabilization.onlyDynamicEdges===true){this._restoreFrozenNodes()}this.body.emitter.emit(\"stabilizationIterationsDone\");this.body.emitter.emit(\"_requestRedraw\");if(this.stabilized===true){this._emitStabilized()}else{this.startSimulation()}this.ready=true}},{key:\"_drawForces\",value:function _drawForces(ctx){for(var i=0;i<this.physicsBody.physicsNodeIndices.length;i++){var node=this.body.nodes[this.physicsBody.physicsNodeIndices[i]];var force=this.physicsBody.forces[this.physicsBody.physicsNodeIndices[i]];var factor=20;var colorFactor=.03;var forceSize=Math.sqrt(Math.pow(force.x,2)+Math.pow(force.x,2));var size=Math.min(Math.max(5,forceSize),15);var arrowSize=3*size;var color=util.HSVToHex((180-Math.min(1,Math.max(0,colorFactor*forceSize))*180)/360,1,1);ctx.lineWidth=size;ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(node.x,node.y);ctx.lineTo(node.x+factor*force.x,node.y+factor*force.y);ctx.stroke();var angle=Math.atan2(force.y,force.x);ctx.fillStyle=color;ctx.arrowEndpoint(node.x+factor*force.x+Math.cos(angle)*arrowSize,node.y+factor*force.y+Math.sin(angle)*arrowSize,angle,arrowSize);ctx.fill()}}}]);return PhysicsEngine}();exports.default=PhysicsEngine},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var BarnesHutSolver=function(){function BarnesHutSolver(body,physicsBody,options){_classCallCheck(this,BarnesHutSolver);this.body=body;this.physicsBody=physicsBody;this.barnesHutTree;this.setOptions(options);this.randomSeed=5}_createClass(BarnesHutSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options;this.thetaInversed=1/this.options.theta;this.overlapAvoidanceFactor=1-Math.max(0,Math.min(1,this.options.avoidOverlap))}},{key:\"seededRandom\",value:function seededRandom(){var x=Math.sin(this.randomSeed++)*1e4;return x-Math.floor(x)}},{key:\"solve\",value:function solve(){if(this.options.gravitationalConstant!==0&&this.physicsBody.physicsNodeIndices.length>0){var node=void 0;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var nodeCount=nodeIndices.length;var barnesHutTree=this._formBarnesHutTree(nodes,nodeIndices);this.barnesHutTree=barnesHutTree;for(var i=0;i<nodeCount;i++){node=nodes[nodeIndices[i]];if(node.options.mass>0){this._getForceContribution(barnesHutTree.root.children.NW,node);this._getForceContribution(barnesHutTree.root.children.NE,node);this._getForceContribution(barnesHutTree.root.children.SW,node);this._getForceContribution(barnesHutTree.root.children.SE,node)}}}}},{key:\"_getForceContribution\",value:function _getForceContribution(parentBranch,node){if(parentBranch.childrenCount>0){var dx=void 0,dy=void 0,distance=void 0;dx=parentBranch.centerOfMass.x-node.x;dy=parentBranch.centerOfMass.y-node.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance*parentBranch.calcSize>this.thetaInversed){this._calculateForces(distance,dx,dy,node,parentBranch)}else{if(parentBranch.childrenCount===4){this._getForceContribution(parentBranch.children.NW,node);this._getForceContribution(parentBranch.children.NE,node);this._getForceContribution(parentBranch.children.SW,node);this._getForceContribution(parentBranch.children.SE,node)}else{if(parentBranch.children.data.id!=node.id){this._calculateForces(distance,dx,dy,node,parentBranch)}}}}}},{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,node,parentBranch){if(distance===0){distance=.1;dx=distance}if(this.overlapAvoidanceFactor<1&&node.shape.radius){distance=Math.max(.1+this.overlapAvoidanceFactor*node.shape.radius,distance-node.shape.radius)}var gravityForce=this.options.gravitationalConstant*parentBranch.mass*node.options.mass/Math.pow(distance,3);var fx=dx*gravityForce;var fy=dy*gravityForce;this.physicsBody.forces[node.id].x+=fx;this.physicsBody.forces[node.id].y+=fy}},{key:\"_formBarnesHutTree\",value:function _formBarnesHutTree(nodes,nodeIndices){var node=void 0;var nodeCount=nodeIndices.length;var minX=nodes[nodeIndices[0]].x;var minY=nodes[nodeIndices[0]].y;var maxX=nodes[nodeIndices[0]].x;var maxY=nodes[nodeIndices[0]].y;for(var i=1;i<nodeCount;i++){var x=nodes[nodeIndices[i]].x;var y=nodes[nodeIndices[i]].y;if(nodes[nodeIndices[i]].options.mass>0){if(x<minX){minX=x}if(x>maxX){maxX=x}if(y<minY){minY=y}if(y>maxY){maxY=y}}}var sizeDiff=Math.abs(maxX-minX)-Math.abs(maxY-minY);if(sizeDiff>0){minY-=.5*sizeDiff;maxY+=.5*sizeDiff}else{minX+=.5*sizeDiff;maxX-=.5*sizeDiff}var minimumTreeSize=1e-5;var rootSize=Math.max(minimumTreeSize,Math.abs(maxX-minX));var halfRootSize=.5*rootSize;var centerX=.5*(minX+maxX),centerY=.5*(minY+maxY);var barnesHutTree={root:{centerOfMass:{x:0,y:0},mass:0,range:{minX:centerX-halfRootSize,maxX:centerX+halfRootSize,minY:centerY-halfRootSize,maxY:centerY+halfRootSize},size:rootSize,calcSize:1/rootSize,children:{data:null},maxWidth:0,level:0,childrenCount:4}};this._splitBranch(barnesHutTree.root);for(var _i=0;_i<nodeCount;_i++){node=nodes[nodeIndices[_i]];if(node.options.mass>0){this._placeInTree(barnesHutTree.root,node)}}return barnesHutTree}},{key:\"_updateBranchMass\",value:function _updateBranchMass(parentBranch,node){var totalMass=parentBranch.mass+node.options.mass;var totalMassInv=1/totalMass;parentBranch.centerOfMass.x=parentBranch.centerOfMass.x*parentBranch.mass+node.x*node.options.mass;parentBranch.centerOfMass.x*=totalMassInv;parentBranch.centerOfMass.y=parentBranch.centerOfMass.y*parentBranch.mass+node.y*node.options.mass;parentBranch.centerOfMass.y*=totalMassInv;parentBranch.mass=totalMass;var biggestSize=Math.max(Math.max(node.height,node.radius),node.width);parentBranch.maxWidth=parentBranch.maxWidth<biggestSize?biggestSize:parentBranch.maxWidth}},{key:\"_placeInTree\",value:function _placeInTree(parentBranch,node,skipMassUpdate){if(skipMassUpdate!=true||skipMassUpdate===undefined){this._updateBranchMass(parentBranch,node)}if(parentBranch.children.NW.range.maxX>node.x){if(parentBranch.children.NW.range.maxY>node.y){this._placeInRegion(parentBranch,node,\"NW\")}else{this._placeInRegion(parentBranch,node,\"SW\")}}else{if(parentBranch.children.NW.range.maxY>node.y){this._placeInRegion(parentBranch,node,\"NE\")}else{this._placeInRegion(parentBranch,node,\"SE\")}}}},{key:\"_placeInRegion\",value:function _placeInRegion(parentBranch,node,region){switch(parentBranch.children[region].childrenCount){case 0:parentBranch.children[region].children.data=node;parentBranch.children[region].childrenCount=1;this._updateBranchMass(parentBranch.children[region],node);break;case 1:if(parentBranch.children[region].children.data.x===node.x&&parentBranch.children[region].children.data.y===node.y){node.x+=this.seededRandom();node.y+=this.seededRandom()}else{this._splitBranch(parentBranch.children[region]);this._placeInTree(parentBranch.children[region],node)}break;case 4:this._placeInTree(parentBranch.children[region],node);break}}},{key:\"_splitBranch\",value:function _splitBranch(parentBranch){var containedNode=null;if(parentBranch.childrenCount===1){containedNode=parentBranch.children.data;parentBranch.mass=0;parentBranch.centerOfMass.x=0;parentBranch.centerOfMass.y=0}parentBranch.childrenCount=4;parentBranch.children.data=null;this._insertRegion(parentBranch,\"NW\");this._insertRegion(parentBranch,\"NE\");this._insertRegion(parentBranch,\"SW\");this._insertRegion(parentBranch,\"SE\");if(containedNode!=null){this._placeInTree(parentBranch,containedNode)}}},{key:\"_insertRegion\",value:function _insertRegion(parentBranch,region){var minX=void 0,maxX=void 0,minY=void 0,maxY=void 0;var childSize=.5*parentBranch.size;switch(region){case\"NW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"NE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"SW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;\nbreak;case\"SE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break}parentBranch.children[region]={centerOfMass:{x:0,y:0},mass:0,range:{minX:minX,maxX:maxX,minY:minY,maxY:maxY},size:.5*parentBranch.size,calcSize:2*parentBranch.calcSize,children:{data:null},maxWidth:0,level:parentBranch.level+1,childrenCount:0}}},{key:\"_debug\",value:function _debug(ctx,color){if(this.barnesHutTree!==undefined){ctx.lineWidth=1;this._drawBranch(this.barnesHutTree.root,ctx,color)}}},{key:\"_drawBranch\",value:function _drawBranch(branch,ctx,color){if(color===undefined){color=\"#FF0000\"}if(branch.childrenCount===4){this._drawBranch(branch.children.NW,ctx);this._drawBranch(branch.children.NE,ctx);this._drawBranch(branch.children.SE,ctx);this._drawBranch(branch.children.SW,ctx)}ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.minY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.minY);ctx.stroke()}}]);return BarnesHutSolver}();exports.default=BarnesHutSolver},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var RepulsionSolver=function(){function RepulsionSolver(body,physicsBody,options){_classCallCheck(this,RepulsionSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(RepulsionSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;var nodeDistance=this.options.nodeDistance;var a=-2/3/nodeDistance;var b=4/3;for(var i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(var j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance===0){distance=.1*Math.random();dx=distance}if(distance<2*nodeDistance){if(distance<.5*nodeDistance){repulsingForce=1}else{repulsingForce=a*distance+b}repulsingForce=repulsingForce/distance;fx=dx*repulsingForce;fy=dy*repulsingForce;forces[node1.id].x-=fx;forces[node1.id].y-=fy;forces[node2.id].x+=fx;forces[node2.id].y+=fy}}}}}]);return RepulsionSolver}();exports.default=RepulsionSolver},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var HierarchicalRepulsionSolver=function(){function HierarchicalRepulsionSolver(body,physicsBody,options){_classCallCheck(this,HierarchicalRepulsionSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(HierarchicalRepulsionSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2,i,j;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;var nodeDistance=this.options.nodeDistance;for(i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];if(node1.level===node2.level){dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);var steepness=.05;if(distance<nodeDistance){repulsingForce=-Math.pow(steepness*distance,2)+Math.pow(steepness*nodeDistance,2)}else{repulsingForce=0}if(distance===0){distance=.01}else{repulsingForce=repulsingForce/distance}fx=dx*repulsingForce;fy=dy*repulsingForce;forces[node1.id].x-=fx;forces[node1.id].y-=fy;forces[node2.id].x+=fx;forces[node2.id].y+=fy}}}}}]);return HierarchicalRepulsionSolver}();exports.default=HierarchicalRepulsionSolver},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var SpringSolver=function(){function SpringSolver(body,physicsBody,options){_classCallCheck(this,SpringSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(SpringSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var edgeLength=void 0,edge=void 0;var edgeIndices=this.physicsBody.physicsEdgeIndices;var edges=this.body.edges;var node1=void 0,node2=void 0,node3=void 0;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true&&edge.toId!==edge.fromId){if(this.body.nodes[edge.toId]!==undefined&&this.body.nodes[edge.fromId]!==undefined){if(edge.edgeType.via!==undefined){edgeLength=edge.options.length===undefined?this.options.springLength:edge.options.length;node1=edge.to;node2=edge.edgeType.via;node3=edge.from;this._calculateSpringForce(node1,node2,.5*edgeLength);this._calculateSpringForce(node2,node3,.5*edgeLength)}else{edgeLength=edge.options.length===undefined?this.options.springLength*1.5:edge.options.length;this._calculateSpringForce(edge.from,edge.to,edgeLength)}}}}}},{key:\"_calculateSpringForce\",value:function _calculateSpringForce(node1,node2,edgeLength){var dx=node1.x-node2.x;var dy=node1.y-node2.y;var distance=Math.max(Math.sqrt(dx*dx+dy*dy),.01);var springForce=this.options.springConstant*(edgeLength-distance)/distance;var fx=dx*springForce;var fy=dy*springForce;if(this.physicsBody.forces[node1.id]!==undefined){this.physicsBody.forces[node1.id].x+=fx;this.physicsBody.forces[node1.id].y+=fy}if(this.physicsBody.forces[node2.id]!==undefined){this.physicsBody.forces[node2.id].x-=fx;this.physicsBody.forces[node2.id].y-=fy}}}]);return SpringSolver}();exports.default=SpringSolver},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var HierarchicalSpringSolver=function(){function HierarchicalSpringSolver(body,physicsBody,options){_classCallCheck(this,HierarchicalSpringSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(HierarchicalSpringSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var edgeLength,edge;var dx,dy,fx,fy,springForce,distance;var edges=this.body.edges;var factor=.5;var edgeIndices=this.physicsBody.physicsEdgeIndices;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];forces[nodeId].springFx=0;forces[nodeId].springFy=0}for(var _i=0;_i<edgeIndices.length;_i++){edge=edges[edgeIndices[_i]];if(edge.connected===true){edgeLength=edge.options.length===undefined?this.options.springLength:edge.options.length;dx=edge.from.x-edge.to.x;dy=edge.from.y-edge.to.y;distance=Math.sqrt(dx*dx+dy*dy);distance=distance===0?.01:distance;springForce=this.options.springConstant*(edgeLength-distance)/distance;fx=dx*springForce;fy=dy*springForce;if(edge.to.level!=edge.from.level){if(forces[edge.toId]!==undefined){forces[edge.toId].springFx-=fx;forces[edge.toId].springFy-=fy}if(forces[edge.fromId]!==undefined){forces[edge.fromId].springFx+=fx;forces[edge.fromId].springFy+=fy}}else{if(forces[edge.toId]!==undefined){forces[edge.toId].x-=factor*fx;forces[edge.toId].y-=factor*fy}if(forces[edge.fromId]!==undefined){forces[edge.fromId].x+=factor*fx;forces[edge.fromId].y+=factor*fy}}}}var springForce=1;var springFx,springFy;for(var _i2=0;_i2<nodeIndices.length;_i2++){var _nodeId=nodeIndices[_i2];springFx=Math.min(springForce,Math.max(-springForce,forces[_nodeId].springFx));springFy=Math.min(springForce,Math.max(-springForce,forces[_nodeId].springFy));forces[_nodeId].x+=springFx;forces[_nodeId].y+=springFy}var totalFx=0;var totalFy=0;for(var _i3=0;_i3<nodeIndices.length;_i3++){var _nodeId2=nodeIndices[_i3];totalFx+=forces[_nodeId2].x;totalFy+=forces[_nodeId2].y}var correctionFx=totalFx/nodeIndices.length;var correctionFy=totalFy/nodeIndices.length;for(var _i4=0;_i4<nodeIndices.length;_i4++){var _nodeId3=nodeIndices[_i4];forces[_nodeId3].x-=correctionFx;forces[_nodeId3].y-=correctionFy}}}]);return HierarchicalSpringSolver}();exports.default=HierarchicalSpringSolver},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var CentralGravitySolver=function(){function CentralGravitySolver(body,physicsBody,options){_classCallCheck(this,CentralGravitySolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(CentralGravitySolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx=void 0,dy=void 0,distance=void 0,node=void 0;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];node=nodes[nodeId];dx=-node.x;dy=-node.y;distance=Math.sqrt(dx*dx+dy*dy);this._calculateForces(distance,dx,dy,forces,node)}}},{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,forces,node){var gravityForce=distance===0?0:this.options.centralGravity/distance;forces[node.id].x=dx*gravityForce;forces[node.id].y=dy*gravityForce}}]);return CentralGravitySolver}();exports.default=CentralGravitySolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _BarnesHutSolver2=__webpack_require__(96);var _BarnesHutSolver3=_interopRequireDefault(_BarnesHutSolver2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var ForceAtlas2BasedRepulsionSolver=function(_BarnesHutSolver){_inherits(ForceAtlas2BasedRepulsionSolver,_BarnesHutSolver);function ForceAtlas2BasedRepulsionSolver(body,physicsBody,options){_classCallCheck(this,ForceAtlas2BasedRepulsionSolver);return _possibleConstructorReturn(this,(ForceAtlas2BasedRepulsionSolver.__proto__||Object.getPrototypeOf(ForceAtlas2BasedRepulsionSolver)).call(this,body,physicsBody,options))}_createClass(ForceAtlas2BasedRepulsionSolver,[{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,node,parentBranch){if(distance===0){distance=.1*Math.random();dx=distance}if(this.overlapAvoidanceFactor<1&&node.shape.radius){distance=Math.max(.1+this.overlapAvoidanceFactor*node.shape.radius,distance-node.shape.radius)}var degree=node.edges.length+1;var gravityForce=this.options.gravitationalConstant*parentBranch.mass*node.options.mass*degree/Math.pow(distance,2);var fx=dx*gravityForce;var fy=dy*gravityForce;this.physicsBody.forces[node.id].x+=fx;this.physicsBody.forces[node.id].y+=fy}}]);return ForceAtlas2BasedRepulsionSolver}(_BarnesHutSolver3.default);exports.default=ForceAtlas2BasedRepulsionSolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _CentralGravitySolver2=__webpack_require__(101);var _CentralGravitySolver3=_interopRequireDefault(_CentralGravitySolver2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var ForceAtlas2BasedCentralGravitySolver=function(_CentralGravitySolver){_inherits(ForceAtlas2BasedCentralGravitySolver,_CentralGravitySolver);function ForceAtlas2BasedCentralGravitySolver(body,physicsBody,options){_classCallCheck(this,ForceAtlas2BasedCentralGravitySolver);return _possibleConstructorReturn(this,(ForceAtlas2BasedCentralGravitySolver.__proto__||Object.getPrototypeOf(ForceAtlas2BasedCentralGravitySolver)).call(this,body,physicsBody,options))}_createClass(ForceAtlas2BasedCentralGravitySolver,[{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,forces,node){if(distance>0){var degree=node.edges.length+1;var gravityForce=this.options.centralGravity*degree*node.options.mass;forces[node.id].x=dx*gravityForce;forces[node.id].y=dy*gravityForce}}}]);return ForceAtlas2BasedCentralGravitySolver}(_CentralGravitySolver3.default);exports.default=ForceAtlas2BasedCentralGravitySolver},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NetworkUtil=__webpack_require__(105);var _NetworkUtil2=_interopRequireDefault(_NetworkUtil);var _Cluster=__webpack_require__(106);var _Cluster2=_interopRequireDefault(_Cluster);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var ClusterEngine=function(){function ClusterEngine(body){var _this=this;_classCallCheck(this,ClusterEngine);this.body=body;this.clusteredNodes={};this.clusteredEdges={};this.options={};this.defaultOptions={};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"_resetData\",function(){_this.clusteredNodes={};_this.clusteredEdges={}})}_createClass(ClusterEngine,[{key:\"clusterByHubsize\",value:function clusterByHubsize(hubsize,options){if(hubsize===undefined){hubsize=this._getHubSize()}else if((typeof hubsize===\"undefined\"?\"undefined\":_typeof(hubsize))===\"object\"){options=this._checkOptions(hubsize);hubsize=this._getHubSize()}var nodesToCluster=[];for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.edges.length>=hubsize){nodesToCluster.push(node.id)}}for(var _i=0;_i<nodesToCluster.length;_i++){this.clusterByConnection(nodesToCluster[_i],options,true)}this.body.emitter.emit(\"_dataChanged\")}},{key:\"cluster\",value:function cluster(){var options=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};var refreshData=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(options.joinCondition===undefined){throw new Error(\"Cannot call clusterByNodeData without a joinCondition function in the options.\")}options=this._checkOptions(options);var childNodesObj={};var childEdgesObj={};for(var i=0;i<this.body.nodeIndices.length;i++){var nodeId=this.body.nodeIndices[i];var node=this.body.nodes[nodeId];var clonedOptions=_NetworkUtil2.default.cloneOptions(node);if(options.joinCondition(clonedOptions)===true){childNodesObj[nodeId]=this.body.nodes[nodeId];for(var _i2=0;_i2<node.edges.length;_i2++){var edge=node.edges[_i2];if(this.clusteredEdges[edge.id]===undefined){childEdgesObj[edge.id]=edge}}}}this._cluster(childNodesObj,childEdgesObj,options,refreshData)}},{key:\"clusterByEdgeCount\",value:function clusterByEdgeCount(edgeCount,options){var refreshData=arguments.length>2&&arguments[2]!==undefined?arguments[2]:true;options=this._checkOptions(options);var clusters=[];var usedNodes={};var edge=void 0,edges=void 0,node=void 0,nodeId=void 0,relevantEdgeCount=void 0;for(var i=0;i<this.body.nodeIndices.length;i++){var childNodesObj={};var childEdgesObj={};nodeId=this.body.nodeIndices[i];if(usedNodes[nodeId]===undefined){relevantEdgeCount=0;node=this.body.nodes[nodeId];edges=[];for(var j=0;j<node.edges.length;j++){edge=node.edges[j];if(this.clusteredEdges[edge.id]===undefined){if(edge.toId!==edge.fromId){relevantEdgeCount++}edges.push(edge)}}if(relevantEdgeCount===edgeCount){var gatheringSuccessful=true;for(var _j=0;_j<edges.length;_j++){edge=edges[_j];var childNodeId=this._getConnectedId(edge,nodeId);if(options.joinCondition===undefined){childEdgesObj[edge.id]=edge;childNodesObj[nodeId]=this.body.nodes[nodeId];childNodesObj[childNodeId]=this.body.nodes[childNodeId];usedNodes[nodeId]=true}else{var clonedOptions=_NetworkUtil2.default.cloneOptions(this.body.nodes[nodeId]);if(options.joinCondition(clonedOptions)===true){childEdgesObj[edge.id]=edge;childNodesObj[nodeId]=this.body.nodes[nodeId];usedNodes[nodeId]=true}else{gatheringSuccessful=false;break}}}if(Object.keys(childNodesObj).length>0&&Object.keys(childEdgesObj).length>0&&gatheringSuccessful===true){clusters.push({nodes:childNodesObj,edges:childEdgesObj})}}}}for(var _i3=0;_i3<clusters.length;_i3++){this._cluster(clusters[_i3].nodes,clusters[_i3].edges,options,false)}if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"clusterOutliers\",value:function clusterOutliers(options){var refreshData=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;this.clusterByEdgeCount(1,options,refreshData)}},{key:\"clusterBridges\",value:function clusterBridges(options){var refreshData=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;this.clusterByEdgeCount(2,options,refreshData)}},{key:\"clusterByConnection\",value:function clusterByConnection(nodeId,options){var refreshData=arguments.length>2&&arguments[2]!==undefined?arguments[2]:true;if(nodeId===undefined){throw new Error(\"No nodeId supplied to clusterByConnection!\")}if(this.body.nodes[nodeId]===undefined){throw new Error(\"The nodeId given to clusterByConnection does not exist!\")}var node=this.body.nodes[nodeId];options=this._checkOptions(options,node);if(options.clusterNodeProperties.x===undefined){options.clusterNodeProperties.x=node.x}if(options.clusterNodeProperties.y===undefined){options.clusterNodeProperties.y=node.y}if(options.clusterNodeProperties.fixed===undefined){options.clusterNodeProperties.fixed={};options.clusterNodeProperties.fixed.x=node.options.fixed.x;options.clusterNodeProperties.fixed.y=node.options.fixed.y}var childNodesObj={};var childEdgesObj={};var parentNodeId=node.id;var parentClonedOptions=_NetworkUtil2.default.cloneOptions(node);childNodesObj[parentNodeId]=node;for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];if(this.clusteredEdges[edge.id]===undefined){var childNodeId=this._getConnectedId(edge,parentNodeId);if(this.clusteredNodes[childNodeId]===undefined){if(childNodeId!==parentNodeId){if(options.joinCondition===undefined){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}else{var childClonedOptions=_NetworkUtil2.default.cloneOptions(this.body.nodes[childNodeId]);if(options.joinCondition(parentClonedOptions,childClonedOptions)===true){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}}}else{childEdgesObj[edge.id]=edge}}}}var childNodeIDs=Object.keys(childNodesObj).map(function(childNode){return childNodesObj[childNode].id});for(childNode in childNodesObj){var childNode=childNodesObj[childNode];for(var y=0;y<childNode.edges.length;y++){var childEdge=childNode.edges[y];if(childNodeIDs.indexOf(this._getConnectedId(childEdge,childNode.id))>-1){childEdgesObj[childEdge.id]=childEdge}}}this._cluster(childNodesObj,childEdgesObj,options,refreshData)}},{key:\"_createClusterEdges\",value:function _createClusterEdges(childNodesObj,childEdgesObj,clusterNodeProperties,clusterEdgeProperties){var edge=void 0,childNodeId=void 0,childNode=void 0,toId=void 0,fromId=void 0,otherNodeId=void 0;var childKeys=Object.keys(childNodesObj);var createEdges=[];for(var i=0;i<childKeys.length;i++){childNodeId=childKeys[i];childNode=childNodesObj[childNodeId];for(var j=0;j<childNode.edges.length;j++){edge=childNode.edges[j];if(this.clusteredEdges[edge.id]===undefined){if(edge.toId==edge.fromId){childEdgesObj[edge.id]=edge}else{if(edge.toId==childNodeId){toId=clusterNodeProperties.id;fromId=edge.fromId;otherNodeId=fromId}else{toId=edge.toId;fromId=clusterNodeProperties.id;otherNodeId=toId}}if(childNodesObj[otherNodeId]===undefined){createEdges.push({edge:edge,fromId:fromId,toId:toId})}}}}for(var _j2=0;_j2<createEdges.length;_j2++){var _edge=createEdges[_j2].edge;var clonedOptions=_NetworkUtil2.default.cloneOptions(_edge,\"edge\");util.deepExtend(clonedOptions,clusterEdgeProperties);clonedOptions.from=createEdges[_j2].fromId;clonedOptions.to=createEdges[_j2].toId;clonedOptions.id=\"clusterEdge:\"+util.randomUUID();var newEdge=this.body.functions.createEdge(clonedOptions);newEdge.clusteringEdgeReplacingId=_edge.id;this.body.edges[_edge.id].edgeReplacedById=newEdge.id;this.body.edges[newEdge.id]=newEdge;newEdge.connect();this._backupEdgeOptions(_edge);_edge.setOptions({physics:false,hidden:true})}}},{key:\"_checkOptions\",value:function _checkOptions(){var options=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};if(options.clusterEdgeProperties===undefined){options.clusterEdgeProperties={}}if(options.clusterNodeProperties===undefined){options.clusterNodeProperties={}}return options}},{key:\"_cluster\",value:function _cluster(childNodesObj,childEdgesObj,options){var refreshData=arguments.length>3&&arguments[3]!==undefined?arguments[3]:true;if(Object.keys(childNodesObj).length==0){return}if(Object.keys(childNodesObj).length==1&&options.clusterNodeProperties.allowSingleNodeCluster!=true){return}for(var nodeId in childNodesObj){if(childNodesObj.hasOwnProperty(nodeId)){if(this.clusteredNodes[nodeId]!==undefined){return}}}var clusterNodeProperties=util.deepExtend({},options.clusterNodeProperties);if(options.processProperties!==undefined){var childNodesOptions=[];for(var _nodeId in childNodesObj){if(childNodesObj.hasOwnProperty(_nodeId)){var clonedOptions=_NetworkUtil2.default.cloneOptions(childNodesObj[_nodeId]);childNodesOptions.push(clonedOptions)}}var childEdgesOptions=[];for(var edgeId in childEdgesObj){if(childEdgesObj.hasOwnProperty(edgeId)){if(edgeId.substr(0,12)!==\"clusterEdge:\"){var _clonedOptions=_NetworkUtil2.default.cloneOptions(childEdgesObj[edgeId],\"edge\");childEdgesOptions.push(_clonedOptions)}}}clusterNodeProperties=options.processProperties(clusterNodeProperties,childNodesOptions,childEdgesOptions);if(!clusterNodeProperties){throw new Error(\"The processProperties function does not return properties!\")}}if(clusterNodeProperties.id===undefined){clusterNodeProperties.id=\"cluster:\"+util.randomUUID()}var clusterId=clusterNodeProperties.id;if(clusterNodeProperties.label===undefined){clusterNodeProperties.label=\"cluster\"}var pos=undefined;if(clusterNodeProperties.x===undefined){pos=this._getClusterPosition(childNodesObj);clusterNodeProperties.x=pos.x}if(clusterNodeProperties.y===undefined){if(pos===undefined){pos=this._getClusterPosition(childNodesObj)}clusterNodeProperties.y=pos.y}clusterNodeProperties.id=clusterId;var clusterNode=this.body.functions.createNode(clusterNodeProperties,_Cluster2.default);clusterNode.isCluster=true;clusterNode.containedNodes=childNodesObj;clusterNode.containedEdges=childEdgesObj;clusterNode.clusterEdgeProperties=options.clusterEdgeProperties;this.body.nodes[clusterNodeProperties.id]=clusterNode;this._createClusterEdges(childNodesObj,childEdgesObj,clusterNodeProperties,options.clusterEdgeProperties);for(var _edgeId in childEdgesObj){if(childEdgesObj.hasOwnProperty(_edgeId)){if(this.body.edges[_edgeId]!==undefined){var edge=this.body.edges[_edgeId];this._backupEdgeOptions(edge);edge.setOptions({physics:false,hidden:true})}}}for(var _nodeId2 in childNodesObj){if(childNodesObj.hasOwnProperty(_nodeId2)){this.clusteredNodes[_nodeId2]={clusterId:clusterNodeProperties.id,node:this.body.nodes[_nodeId2]};this.body.nodes[_nodeId2].setOptions({hidden:true,physics:false})}}clusterNodeProperties.id=undefined;if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"_backupEdgeOptions\",value:function _backupEdgeOptions(edge){if(this.clusteredEdges[edge.id]===undefined){this.clusteredEdges[edge.id]={physics:edge.options.physics,hidden:edge.options.hidden}}}},{key:\"_restoreEdge\",value:function _restoreEdge(edge){var originalOptions=this.clusteredEdges[edge.id];if(originalOptions!==undefined){edge.setOptions({physics:originalOptions.physics,hidden:originalOptions.hidden});delete this.clusteredEdges[edge.id]}}},{key:\"isCluster\",value:function isCluster(nodeId){if(this.body.nodes[nodeId]!==undefined){return this.body.nodes[nodeId].isCluster===true}else{console.log(\"Node does not exist.\");return false}}},{key:\"_getClusterPosition\",value:function _getClusterPosition(childNodesObj){var childKeys=Object.keys(childNodesObj);var minX=childNodesObj[childKeys[0]].x;var maxX=childNodesObj[childKeys[0]].x;var minY=childNodesObj[childKeys[0]].y;var maxY=childNodesObj[childKeys[0]].y;var node=void 0;for(var i=1;i<childKeys.length;i++){node=childNodesObj[childKeys[i]];minX=node.x<minX?node.x:minX;maxX=node.x>maxX?node.x:maxX;minY=node.y<minY?node.y:minY;maxY=node.y>maxY?node.y:maxY}return{x:.5*(minX+maxX),y:.5*(minY+maxY)}}},{key:\"openCluster\",value:function openCluster(clusterNodeId,options){var refreshData=arguments.length>2&&arguments[2]!==undefined?arguments[2]:true;if(clusterNodeId===undefined){throw new Error(\"No clusterNodeId supplied to openCluster.\")}if(this.body.nodes[clusterNodeId]===undefined){throw new Error(\"The clusterNodeId supplied to openCluster does not exist.\")}if(this.body.nodes[clusterNodeId].containedNodes===undefined){console.log(\"The node:\"+clusterNodeId+\" is not a cluster.\");return}var clusterNode=this.body.nodes[clusterNodeId];var containedNodes=clusterNode.containedNodes;var containedEdges=clusterNode.containedEdges;if(options!==undefined&&options.releaseFunction!==undefined&&typeof options.releaseFunction===\"function\"){var positions={};var clusterPosition={x:clusterNode.x,y:clusterNode.y};for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];positions[nodeId]={x:containedNode.x,y:containedNode.y}}}var newPositions=options.releaseFunction(clusterPosition,positions);\nfor(var _nodeId3 in containedNodes){if(containedNodes.hasOwnProperty(_nodeId3)){var _containedNode=this.body.nodes[_nodeId3];if(newPositions[_nodeId3]!==undefined){_containedNode.x=newPositions[_nodeId3].x===undefined?clusterNode.x:newPositions[_nodeId3].x;_containedNode.y=newPositions[_nodeId3].y===undefined?clusterNode.y:newPositions[_nodeId3].y}}}}else{for(var _nodeId4 in containedNodes){if(containedNodes.hasOwnProperty(_nodeId4)){var _containedNode2=this.body.nodes[_nodeId4];_containedNode2=containedNodes[_nodeId4];if(_containedNode2.options.fixed.x===false){_containedNode2.x=clusterNode.x}if(_containedNode2.options.fixed.y===false){_containedNode2.y=clusterNode.y}}}}for(var _nodeId5 in containedNodes){if(containedNodes.hasOwnProperty(_nodeId5)){var _containedNode3=this.body.nodes[_nodeId5];_containedNode3.vx=clusterNode.vx;_containedNode3.vy=clusterNode.vy;_containedNode3.setOptions({hidden:false,physics:true});delete this.clusteredNodes[_nodeId5]}}var edgesToBeDeleted=[];for(var i=0;i<clusterNode.edges.length;i++){edgesToBeDeleted.push(clusterNode.edges[i])}for(var _i4=0;_i4<edgesToBeDeleted.length;_i4++){var edge=edgesToBeDeleted[_i4];var otherNodeId=this._getConnectedId(edge,clusterNodeId);if(this.clusteredNodes[otherNodeId]!==undefined){var otherCluster=this.body.nodes[this.clusteredNodes[otherNodeId].clusterId];var transferEdge=this.body.edges[edge.clusteringEdgeReplacingId];if(transferEdge!==undefined){otherCluster.containedEdges[transferEdge.id]=transferEdge;delete containedEdges[transferEdge.id];var fromId=transferEdge.fromId;var toId=transferEdge.toId;if(transferEdge.toId==otherNodeId){toId=this.clusteredNodes[otherNodeId].clusterId}else{fromId=this.clusteredNodes[otherNodeId].clusterId}var clonedOptions=_NetworkUtil2.default.cloneOptions(transferEdge,\"edge\");util.deepExtend(clonedOptions,otherCluster.clusterEdgeProperties);var id=\"clusterEdge:\"+util.randomUUID();util.deepExtend(clonedOptions,{from:fromId,to:toId,hidden:false,physics:true,id:id});var newEdge=this.body.functions.createEdge(clonedOptions);newEdge.clusteringEdgeReplacingId=transferEdge.id;this.body.edges[id]=newEdge;this.body.edges[id].connect()}}else{var replacedEdge=this.body.edges[edge.clusteringEdgeReplacingId];if(replacedEdge!==undefined){this._restoreEdge(replacedEdge)}}edge.cleanup();edge.disconnect();delete this.body.edges[edge.id]}for(var edgeId in containedEdges){if(containedEdges.hasOwnProperty(edgeId)){this._restoreEdge(containedEdges[edgeId])}}delete this.body.nodes[clusterNodeId];if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"getNodesInCluster\",value:function getNodesInCluster(clusterId){var nodesArray=[];if(this.isCluster(clusterId)===true){var containedNodes=this.body.nodes[clusterId].containedNodes;for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){nodesArray.push(this.body.nodes[nodeId].id)}}}return nodesArray}},{key:\"findNode\",value:function findNode(nodeId){var stack=[];var max=100;var counter=0;while(this.clusteredNodes[nodeId]!==undefined&&counter<max){stack.push(this.body.nodes[nodeId].id);nodeId=this.clusteredNodes[nodeId].clusterId;counter++}stack.push(this.body.nodes[nodeId].id);stack.reverse();return stack}},{key:\"updateClusteredNode\",value:function updateClusteredNode(clusteredNodeId,newOptions){if(clusteredNodeId===undefined){throw new Error(\"No clusteredNodeId supplied to updateClusteredNode.\")}if(newOptions===undefined){throw new Error(\"No newOptions supplied to updateClusteredNode.\")}if(this.body.nodes[clusteredNodeId]===undefined){throw new Error(\"The clusteredNodeId supplied to updateClusteredNode does not exist.\")}this.body.nodes[clusteredNodeId].setOptions(newOptions);this.body.emitter.emit(\"_dataChanged\")}},{key:\"updateEdge\",value:function updateEdge(startEdgeId,newOptions){if(startEdgeId===undefined){throw new Error(\"No startEdgeId supplied to updateEdge.\")}if(newOptions===undefined){throw new Error(\"No newOptions supplied to updateEdge.\")}if(this.body.edges[startEdgeId]===undefined){throw new Error(\"The startEdgeId supplied to updateEdge does not exist.\")}var allEdgeIds=this.getClusteredEdges(startEdgeId);for(var i=0;i<allEdgeIds.length;i++){var edge=this.body.edges[allEdgeIds[i]];edge.setOptions(newOptions)}this.body.emitter.emit(\"_dataChanged\")}},{key:\"getClusteredEdges\",value:function getClusteredEdges(edgeId){var stack=[];var max=100;var counter=0;while(edgeId!==undefined&&this.body.edges[edgeId]!==undefined&&counter<max){stack.push(this.body.edges[edgeId].id);edgeId=this.body.edges[edgeId].edgeReplacedById;counter++}stack.reverse();return stack}},{key:\"getBaseEdge\",value:function getBaseEdge(clusteredEdgeId){var baseEdgeId=clusteredEdgeId;var max=100;var counter=0;while(clusteredEdgeId!==undefined&&this.body.edges[clusteredEdgeId]!==undefined&&counter<max){clusteredEdgeId=this.body.edges[clusteredEdgeId].clusteringEdgeReplacingId;counter++;if(clusteredEdgeId!==undefined){baseEdgeId=clusteredEdgeId}}return baseEdgeId}},{key:\"_getConnectedId\",value:function _getConnectedId(edge,nodeId){if(edge.toId!=nodeId){return edge.toId}else if(edge.fromId!=nodeId){return edge.fromId}else{return edge.fromId}}},{key:\"_getHubSize\",value:function _getHubSize(){var average=0;var averageSquared=0;var hubCounter=0;var largestHub=0;for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.edges.length>largestHub){largestHub=node.edges.length}average+=node.edges.length;averageSquared+=Math.pow(node.edges.length,2);hubCounter+=1}average=average/hubCounter;averageSquared=averageSquared/hubCounter;var variance=averageSquared-Math.pow(average,2);var standardDeviation=Math.sqrt(variance);var hubThreshold=Math.floor(average+2*standardDeviation);if(hubThreshold>largestHub){hubThreshold=largestHub}return hubThreshold}}]);return ClusterEngine}();exports.default=ClusterEngine},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var NetworkUtil=function(){function NetworkUtil(){_classCallCheck(this,NetworkUtil)}_createClass(NetworkUtil,null,[{key:\"getRange\",value:function getRange(allNodes){var specificNodes=arguments.length>1&&arguments[1]!==undefined?arguments[1]:[];var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;if(specificNodes.length>0){for(var i=0;i<specificNodes.length;i++){node=allNodes[specificNodes[i]];if(minX>node.shape.boundingBox.left){minX=node.shape.boundingBox.left}if(maxX<node.shape.boundingBox.right){maxX=node.shape.boundingBox.right}if(minY>node.shape.boundingBox.top){minY=node.shape.boundingBox.top}if(maxY<node.shape.boundingBox.bottom){maxY=node.shape.boundingBox.bottom}}}if(minX===1e9&&maxX===-1e9&&minY===1e9&&maxY===-1e9){minY=0,maxY=0,minX=0,maxX=0}return{minX:minX,maxX:maxX,minY:minY,maxY:maxY}}},{key:\"getRangeCore\",value:function getRangeCore(allNodes){var specificNodes=arguments.length>1&&arguments[1]!==undefined?arguments[1]:[];var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;if(specificNodes.length>0){for(var i=0;i<specificNodes.length;i++){node=allNodes[specificNodes[i]];if(minX>node.x){minX=node.x}if(maxX<node.x){maxX=node.x}if(minY>node.y){minY=node.y}if(maxY<node.y){maxY=node.y}}}if(minX===1e9&&maxX===-1e9&&minY===1e9&&maxY===-1e9){minY=0,maxY=0,minX=0,maxX=0}return{minX:minX,maxX:maxX,minY:minY,maxY:maxY}}},{key:\"findCenter\",value:function findCenter(range){return{x:.5*(range.maxX+range.minX),y:.5*(range.maxY+range.minY)}}},{key:\"cloneOptions\",value:function cloneOptions(item,type){var clonedOptions={};if(type===undefined||type===\"node\"){util.deepExtend(clonedOptions,item.options,true);clonedOptions.x=item.x;clonedOptions.y=item.y;clonedOptions.amountOfConnections=item.edges.length}else{util.deepExtend(clonedOptions,item.options,true)}return clonedOptions}}]);return NetworkUtil}();exports.default=NetworkUtil},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _Node2=__webpack_require__(67);var _Node3=_interopRequireDefault(_Node2);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _possibleConstructorReturn(self,call){if(!self){throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\")}return call&&(typeof call===\"object\"||typeof call===\"function\")?call:self}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)Object.setPrototypeOf?Object.setPrototypeOf(subClass,superClass):subClass.__proto__=superClass}var Cluster=function(_Node){_inherits(Cluster,_Node);function Cluster(options,body,imagelist,grouplist,globalOptions){_classCallCheck(this,Cluster);var _this=_possibleConstructorReturn(this,(Cluster.__proto__||Object.getPrototypeOf(Cluster)).call(this,options,body,imagelist,grouplist,globalOptions));_this.isCluster=true;_this.containedNodes={};_this.containedEdges={};return _this}return Cluster}(_Node3.default);exports.default=Cluster},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}if(typeof window!==\"undefined\"){window.requestAnimationFrame=window.requestAnimationFrame||window.mozRequestAnimationFrame||window.webkitRequestAnimationFrame||window.msRequestAnimationFrame}var util=__webpack_require__(1);var CanvasRenderer=function(){function CanvasRenderer(body,canvas){_classCallCheck(this,CanvasRenderer);this.body=body;this.canvas=canvas;this.redrawRequested=false;this.renderTimer=undefined;this.requiresTimeout=true;this.renderingActive=false;this.renderRequests=0;this.pixelRatio=undefined;this.allowRedraw=true;this.dragging=false;this.options={};this.defaultOptions={hideEdgesOnDrag:false,hideNodesOnDrag:false};util.extend(this.options,this.defaultOptions);this._determineBrowserMethod();this.bindEventListeners()}_createClass(CanvasRenderer,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"dragStart\",function(){_this.dragging=true});this.body.emitter.on(\"dragEnd\",function(){return _this.dragging=false});this.body.emitter.on(\"_resizeNodes\",function(){return _this._resizeNodes()});this.body.emitter.on(\"_redraw\",function(){if(_this.renderingActive===false){_this._redraw()}});this.body.emitter.on(\"_blockRedraw\",function(){_this.allowRedraw=false});this.body.emitter.on(\"_allowRedraw\",function(){_this.allowRedraw=true;_this.redrawRequested=false});this.body.emitter.on(\"_requestRedraw\",this._requestRedraw.bind(this));this.body.emitter.on(\"_startRendering\",function(){_this.renderRequests+=1;_this.renderingActive=true;_this._startRendering()});this.body.emitter.on(\"_stopRendering\",function(){_this.renderRequests-=1;_this.renderingActive=_this.renderRequests>0;_this.renderTimer=undefined});this.body.emitter.on(\"destroy\",function(){_this.renderRequests=0;_this.allowRedraw=false;_this.renderingActive=false;if(_this.requiresTimeout===true){clearTimeout(_this.renderTimer)}else{cancelAnimationFrame(_this.renderTimer)}_this.body.emitter.off()})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"hideEdgesOnDrag\",\"hideNodesOnDrag\"];util.selectiveDeepExtend(fields,this.options,options)}}},{key:\"_startRendering\",value:function _startRendering(){if(this.renderingActive===true){if(this.renderTimer===undefined){if(this.requiresTimeout===true){this.renderTimer=window.setTimeout(this._renderStep.bind(this),this.simulationInterval)}else{this.renderTimer=window.requestAnimationFrame(this._renderStep.bind(this))}}}}},{key:\"_renderStep\",value:function _renderStep(){if(this.renderingActive===true){this.renderTimer=undefined;if(this.requiresTimeout===true){this._startRendering()}this._redraw();if(this.requiresTimeout===false){this._startRendering()}}}},{key:\"redraw\",value:function redraw(){this.body.emitter.emit(\"setSize\");this._redraw()}},{key:\"_requestRedraw\",value:function _requestRedraw(){var _this2=this;if(this.redrawRequested!==true&&this.renderingActive===false&&this.allowRedraw===true){this.redrawRequested=true;if(this.requiresTimeout===true){window.setTimeout(function(){_this2._redraw(false)},0)}else{window.requestAnimationFrame(function(){_this2._redraw(false)})}}}},{key:\"_redraw\",value:function _redraw(){var hidden=arguments.length>0&&arguments[0]!==undefined?arguments[0]:false;if(this.allowRedraw===true){this.body.emitter.emit(\"initRedraw\");this.redrawRequested=false;var ctx=this.canvas.frame.canvas.getContext(\"2d\");if(this.canvas.frame.canvas.width===0||this.canvas.frame.canvas.height===0){this.canvas.setSize()}this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.canvas.frame.canvas.clientWidth;var h=this.canvas.frame.canvas.clientHeight;ctx.clearRect(0,0,w,h);if(this.canvas.frame.clientWidth===0){return}ctx.save();ctx.translate(this.body.view.translation.x,this.body.view.translation.y);ctx.scale(this.body.view.scale,this.body.view.scale);ctx.beginPath();this.body.emitter.emit(\"beforeDrawing\",ctx);ctx.closePath();if(hidden===false){if(this.dragging===false||this.dragging===true&&this.options.hideEdgesOnDrag===false){this._drawEdges(ctx)}}if(this.dragging===false||this.dragging===true&&this.options.hideNodesOnDrag===false){this._drawNodes(ctx,hidden)}ctx.beginPath();this.body.emitter.emit(\"afterDrawing\",ctx);ctx.closePath();ctx.restore();if(hidden===true){ctx.clearRect(0,0,w,h)}}}},{key:\"_resizeNodes\",value:function _resizeNodes(){var ctx=this.canvas.frame.canvas.getContext(\"2d\");if(this.pixelRatio===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);ctx.save();ctx.translate(this.body.view.translation.x,this.body.view.translation.y);ctx.scale(this.body.view.scale,this.body.view.scale);var nodes=this.body.nodes;var node=void 0;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){node=nodes[nodeId];node.resize(ctx);node.updateBoundingBox(ctx,node.selected)}}ctx.restore()}},{key:\"_drawNodes\",value:function _drawNodes(ctx){var alwaysShow=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var nodes=this.body.nodes;var nodeIndices=this.body.nodeIndices;var node=void 0;var selected=[];var margin=20;var topLeft=this.canvas.DOMtoCanvas({x:-margin,y:-margin});var bottomRight=this.canvas.DOMtoCanvas({x:this.canvas.frame.canvas.clientWidth+margin,y:this.canvas.frame.canvas.clientHeight+margin});var viewableArea={top:topLeft.y,left:topLeft.x,bottom:bottomRight.y,right:bottomRight.x};for(var i=0;i<nodeIndices.length;i++){node=nodes[nodeIndices[i]];if(node.isSelected()){selected.push(nodeIndices[i])}else{if(alwaysShow===true){node.draw(ctx)}else if(node.isBoundingBoxOverlappingWith(viewableArea)===true){node.draw(ctx)}else{node.updateBoundingBox(ctx,node.selected)}}}for(var _i=0;_i<selected.length;_i++){node=nodes[selected[_i]];node.draw(ctx)}}},{key:\"_drawEdges\",value:function _drawEdges(ctx){var edges=this.body.edges;var edgeIndices=this.body.edgeIndices;var edge=void 0;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true){edge.draw(ctx)}}}},{key:\"_determineBrowserMethod\",value:function _determineBrowserMethod(){if(typeof window!==\"undefined\"){var browserType=navigator.userAgent.toLowerCase();this.requiresTimeout=false;if(browserType.indexOf(\"msie 9.0\")!=-1){this.requiresTimeout=true}else if(browserType.indexOf(\"safari\")!=-1){if(browserType.indexOf(\"chrome\")<=-1){this.requiresTimeout=true}}}else{this.requiresTimeout=true}}}]);return CanvasRenderer}();exports.default=CanvasRenderer},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Hammer=__webpack_require__(22);var hammerUtil=__webpack_require__(30);var util=__webpack_require__(1);var Canvas=function(){function Canvas(body){_classCallCheck(this,Canvas);this.body=body;this.pixelRatio=1;this.resizeTimer=undefined;this.resizeFunction=this._onResize.bind(this);this.cameraState={};this.initialized=false;this.canvasViewCenter={};this.options={};this.defaultOptions={autoResize:true,height:\"100%\",width:\"100%\"};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(Canvas,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.once(\"resize\",function(obj){if(obj.width!==0){_this.body.view.translation.x=obj.width*.5}if(obj.height!==0){_this.body.view.translation.y=obj.height*.5}});this.body.emitter.on(\"setSize\",this.setSize.bind(this));this.body.emitter.on(\"destroy\",function(){_this.hammerFrame.destroy();_this.hammer.destroy();_this._cleanUp()})}},{key:\"setOptions\",value:function setOptions(options){var _this2=this;if(options!==undefined){var fields=[\"width\",\"height\",\"autoResize\"];util.selectiveDeepExtend(fields,this.options,options)}if(this.options.autoResize===true){this._cleanUp();this.resizeTimer=setInterval(function(){var changed=_this2.setSize();if(changed===true){_this2.body.emitter.emit(\"_requestRedraw\")}},1e3);this.resizeFunction=this._onResize.bind(this);util.addEventListener(window,\"resize\",this.resizeFunction)}}},{key:\"_cleanUp\",value:function _cleanUp(){if(this.resizeTimer!==undefined){clearInterval(this.resizeTimer)}util.removeEventListener(window,\"resize\",this.resizeFunction);this.resizeFunction=undefined}},{key:\"_onResize\",value:function _onResize(){this.setSize();this.body.emitter.emit(\"_redraw\")}},{key:\"_getCameraState\",value:function _getCameraState(){var pixelRatio=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.pixelRatio;if(this.initialized===true){this.cameraState.previousWidth=this.frame.canvas.width/pixelRatio;this.cameraState.previousHeight=this.frame.canvas.height/pixelRatio;this.cameraState.scale=this.body.view.scale;this.cameraState.position=this.DOMtoCanvas({x:.5*this.frame.canvas.width/pixelRatio,y:.5*this.frame.canvas.height/pixelRatio})}}},{key:\"_setCameraState\",value:function _setCameraState(){if(this.cameraState.scale!==undefined&&this.frame.canvas.clientWidth!==0&&this.frame.canvas.clientHeight!==0&&this.pixelRatio!==0&&this.cameraState.previousWidth>0){var widthRatio=this.frame.canvas.width/this.pixelRatio/this.cameraState.previousWidth;var heightRatio=this.frame.canvas.height/this.pixelRatio/this.cameraState.previousHeight;var newScale=this.cameraState.scale;if(widthRatio!=1&&heightRatio!=1){newScale=this.cameraState.scale*.5*(widthRatio+heightRatio)}else if(widthRatio!=1){newScale=this.cameraState.scale*widthRatio}else if(heightRatio!=1){newScale=this.cameraState.scale*heightRatio}this.body.view.scale=newScale;var currentViewCenter=this.DOMtoCanvas({x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight});var distanceFromCenter={x:currentViewCenter.x-this.cameraState.position.x,y:currentViewCenter.y-this.cameraState.position.y};this.body.view.translation.x+=distanceFromCenter.x*this.body.view.scale;this.body.view.translation.y+=distanceFromCenter.y*this.body.view.scale}}},{key:\"_prepareValue\",value:function _prepareValue(value){if(typeof value===\"number\"){return value+\"px\"}else if(typeof value===\"string\"){if(value.indexOf(\"%\")!==-1||value.indexOf(\"px\")!==-1){return value}else if(value.indexOf(\"%\")===-1){return value+\"px\"}}throw new Error(\"Could not use the value supplied for width or height:\"+value)}},{key:\"_create\",value:function _create(){while(this.body.container.hasChildNodes()){this.body.container.removeChild(this.body.container.firstChild)}this.frame=document.createElement(\"div\");this.frame.className=\"vis-network\";this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.tabIndex=900;this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);if(!this.frame.canvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}else{var ctx=this.frame.canvas.getContext(\"2d\");this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);this.frame.canvas.getContext(\"2d\").setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}this.body.container.appendChild(this.frame);this.body.view.scale=1;this.body.view.translation={x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight};this._bindHammer()}},{key:\"_bindHammer\",value:function _bindHammer(){var _this3=this;if(this.hammer!==undefined){this.hammer.destroy()}this.drag={};this.pinch={};this.hammer=new Hammer(this.frame.canvas);this.hammer.get(\"pinch\").set({enable:true});this.hammer.get(\"pan\").set({threshold:5,direction:Hammer.DIRECTION_ALL});hammerUtil.onTouch(this.hammer,function(event){_this3.body.eventListeners.onTouch(event)});this.hammer.on(\"tap\",function(event){_this3.body.eventListeners.onTap(event)});this.hammer.on(\"doubletap\",function(event){_this3.body.eventListeners.onDoubleTap(event)});this.hammer.on(\"press\",function(event){_this3.body.eventListeners.onHold(event)});this.hammer.on(\"panstart\",function(event){_this3.body.eventListeners.onDragStart(event)});this.hammer.on(\"panmove\",function(event){_this3.body.eventListeners.onDrag(event)});this.hammer.on(\"panend\",function(event){_this3.body.eventListeners.onDragEnd(event)});this.hammer.on(\"pinch\",function(event){_this3.body.eventListeners.onPinch(event)});this.frame.canvas.addEventListener(\"mousewheel\",function(event){_this3.body.eventListeners.onMouseWheel(event)});this.frame.canvas.addEventListener(\"DOMMouseScroll\",function(event){_this3.body.eventListeners.onMouseWheel(event)});this.frame.canvas.addEventListener(\"mousemove\",function(event){_this3.body.eventListeners.onMouseMove(event)});this.frame.canvas.addEventListener(\"contextmenu\",function(event){_this3.body.eventListeners.onContext(event)});this.hammerFrame=new Hammer(this.frame);hammerUtil.onRelease(this.hammerFrame,function(event){_this3.body.eventListeners.onRelease(event)})}},{key:\"setSize\",value:function setSize(){var width=arguments.length>0&&arguments[0]!==undefined?arguments[0]:this.options.width;var height=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.options.height;width=this._prepareValue(width);height=this._prepareValue(height);var emitEvent=false;var oldWidth=this.frame.canvas.width;var oldHeight=this.frame.canvas.height;var ctx=this.frame.canvas.getContext(\"2d\");var previousRatio=this.pixelRatio;this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);if(width!=this.options.width||height!=this.options.height||this.frame.style.width!=width||this.frame.style.height!=height){this._getCameraState(previousRatio);this.frame.style.width=width;this.frame.style.height=height;this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=Math.round(this.frame.canvas.clientWidth*this.pixelRatio);this.frame.canvas.height=Math.round(this.frame.canvas.clientHeight*this.pixelRatio);this.options.width=width;this.options.height=height;this.canvasViewCenter={x:.5*this.frame.clientWidth,y:.5*this.frame.clientHeight};emitEvent=true}else{if(this.frame.canvas.width!=Math.round(this.frame.canvas.clientWidth*this.pixelRatio)||this.frame.canvas.height!=Math.round(this.frame.canvas.clientHeight*this.pixelRatio)){this._getCameraState(previousRatio)}if(this.frame.canvas.width!=Math.round(this.frame.canvas.clientWidth*this.pixelRatio)){this.frame.canvas.width=Math.round(this.frame.canvas.clientWidth*this.pixelRatio);emitEvent=true}if(this.frame.canvas.height!=Math.round(this.frame.canvas.clientHeight*this.pixelRatio)){this.frame.canvas.height=Math.round(this.frame.canvas.clientHeight*this.pixelRatio);emitEvent=true}}if(emitEvent===true){this.body.emitter.emit(\"resize\",{width:Math.round(this.frame.canvas.width/this.pixelRatio),height:Math.round(this.frame.canvas.height/this.pixelRatio),oldWidth:Math.round(oldWidth/this.pixelRatio),oldHeight:Math.round(oldHeight/this.pixelRatio)});this._setCameraState()}this.initialized=true;return emitEvent}},{key:\"_XconvertDOMtoCanvas\",value:function _XconvertDOMtoCanvas(x){return(x-this.body.view.translation.x)/this.body.view.scale}},{key:\"_XconvertCanvasToDOM\",value:function _XconvertCanvasToDOM(x){return x*this.body.view.scale+this.body.view.translation.x}},{key:\"_YconvertDOMtoCanvas\",value:function _YconvertDOMtoCanvas(y){return(y-this.body.view.translation.y)/this.body.view.scale}},{key:\"_YconvertCanvasToDOM\",value:function _YconvertCanvasToDOM(y){return y*this.body.view.scale+this.body.view.translation.y}},{key:\"canvasToDOM\",value:function canvasToDOM(pos){return{x:this._XconvertCanvasToDOM(pos.x),y:this._YconvertCanvasToDOM(pos.y)}}},{key:\"DOMtoCanvas\",value:function DOMtoCanvas(pos){return{x:this._XconvertDOMtoCanvas(pos.x),y:this._YconvertDOMtoCanvas(pos.y)}}}]);return Canvas}();exports.default=Canvas},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NetworkUtil=__webpack_require__(105);var _NetworkUtil2=_interopRequireDefault(_NetworkUtil);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var View=function(){function View(body,canvas){var _this=this;_classCallCheck(this,View);this.body=body;this.canvas=canvas;this.animationSpeed=1/this.renderRefreshRate;this.animationEasingFunction=\"easeInOutQuint\";this.easingTime=0;this.sourceScale=0;this.targetScale=0;this.sourceTranslation=0;this.targetTranslation=0;this.lockedOnNodeId=undefined;this.lockedOnNodeOffset=undefined;this.touchTime=0;this.viewFunction=undefined;this.body.emitter.on(\"fit\",this.fit.bind(this));this.body.emitter.on(\"animationFinished\",function(){_this.body.emitter.emit(\"_stopRendering\")});this.body.emitter.on(\"unlockNode\",this.releaseNode.bind(this))}_createClass(View,[{key:\"setOptions\",value:function setOptions(){var options=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{};this.options=options}},{key:\"fit\",value:function fit(){var options=arguments.length>0&&arguments[0]!==undefined?arguments[0]:{nodes:[]};var initialZoom=arguments.length>1&&arguments[1]!==undefined?arguments[1]:false;var range=void 0;var zoomLevel=void 0;if(options.nodes===undefined||options.nodes.length===0){options.nodes=this.body.nodeIndices}if(initialZoom===true){var positionDefined=0;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(node.predefinedPosition===true){positionDefined+=1}}}if(positionDefined>.5*this.body.nodeIndices.length){this.fit(options,false);return}range=_NetworkUtil2.default.getRange(this.body.nodes,options.nodes);var numberOfNodes=this.body.nodeIndices.length;zoomLevel=12.662/(numberOfNodes+7.4147)+.0964822;var factor=Math.min(this.canvas.frame.canvas.clientWidth/600,this.canvas.frame.canvas.clientHeight/600);zoomLevel*=factor}else{this.body.emitter.emit(\"_resizeNodes\");range=_NetworkUtil2.default.getRange(this.body.nodes,options.nodes);var xDistance=Math.abs(range.maxX-range.minX)*1.1;var yDistance=Math.abs(range.maxY-range.minY)*1.1;var xZoomLevel=this.canvas.frame.canvas.clientWidth/xDistance;var yZoomLevel=this.canvas.frame.canvas.clientHeight/yDistance;zoomLevel=xZoomLevel<=yZoomLevel?xZoomLevel:yZoomLevel}if(zoomLevel>1){zoomLevel=1}else if(zoomLevel===0){zoomLevel=1}var center=_NetworkUtil2.default.findCenter(range);var animationOptions={position:center,scale:zoomLevel,animation:options.animation};this.moveTo(animationOptions)}},{key:\"focus\",value:function focus(nodeId){var options=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};if(this.body.nodes[nodeId]!==undefined){var nodePosition={x:this.body.nodes[nodeId].x,y:this.body.nodes[nodeId].y};options.position=nodePosition;options.lockedOnNode=nodeId;this.moveTo(options)}else{console.log(\"Node: \"+nodeId+\" cannot be found.\")}}},{key:\"moveTo\",value:function moveTo(options){if(options===undefined){options={};return}if(options.offset===undefined){options.offset={x:0,y:0}}if(options.offset.x===undefined){options.offset.x=0}if(options.offset.y===undefined){options.offset.y=0}if(options.scale===undefined){options.scale=this.body.view.scale}if(options.position===undefined){options.position=this.getViewPosition()}if(options.animation===undefined){options.animation={duration:0}}if(options.animation===false){options.animation={duration:0}}if(options.animation===true){\noptions.animation={}}if(options.animation.duration===undefined){options.animation.duration=1e3}if(options.animation.easingFunction===undefined){options.animation.easingFunction=\"easeInOutQuad\"}this.animateView(options)}},{key:\"animateView\",value:function animateView(options){if(options===undefined){return}this.animationEasingFunction=options.animation.easingFunction;this.releaseNode();if(options.locked===true){this.lockedOnNodeId=options.lockedOnNode;this.lockedOnNodeOffset=options.offset}if(this.easingTime!=0){this._transitionRedraw(true)}this.sourceScale=this.body.view.scale;this.sourceTranslation=this.body.view.translation;this.targetScale=options.scale;this.body.view.scale=this.targetScale;var viewCenter=this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-options.position.x,y:viewCenter.y-options.position.y};this.targetTranslation={x:this.sourceTranslation.x+distanceFromCenter.x*this.targetScale+options.offset.x,y:this.sourceTranslation.y+distanceFromCenter.y*this.targetScale+options.offset.y};if(options.animation.duration===0){if(this.lockedOnNodeId!=undefined){this.viewFunction=this._lockedRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction)}else{this.body.view.scale=this.targetScale;this.body.view.translation=this.targetTranslation;this.body.emitter.emit(\"_requestRedraw\")}}else{this.animationSpeed=1/(60*options.animation.duration*.001)||1/60;this.animationEasingFunction=options.animation.easingFunction;this.viewFunction=this._transitionRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction);this.body.emitter.emit(\"_startRendering\")}}},{key:\"_lockedRedraw\",value:function _lockedRedraw(){var nodePosition={x:this.body.nodes[this.lockedOnNodeId].x,y:this.body.nodes[this.lockedOnNodeId].y};var viewCenter=this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-nodePosition.x,y:viewCenter.y-nodePosition.y};var sourceTranslation=this.body.view.translation;var targetTranslation={x:sourceTranslation.x+distanceFromCenter.x*this.body.view.scale+this.lockedOnNodeOffset.x,y:sourceTranslation.y+distanceFromCenter.y*this.body.view.scale+this.lockedOnNodeOffset.y};this.body.view.translation=targetTranslation}},{key:\"releaseNode\",value:function releaseNode(){if(this.lockedOnNodeId!==undefined&&this.viewFunction!==undefined){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.lockedOnNodeId=undefined;this.lockedOnNodeOffset=undefined}}},{key:\"_transitionRedraw\",value:function _transitionRedraw(){var finished=arguments.length>0&&arguments[0]!==undefined?arguments[0]:false;this.easingTime+=this.animationSpeed;this.easingTime=finished===true?1:this.easingTime;var progress=util.easingFunctions[this.animationEasingFunction](this.easingTime);this.body.view.scale=this.sourceScale+(this.targetScale-this.sourceScale)*progress;this.body.view.translation={x:this.sourceTranslation.x+(this.targetTranslation.x-this.sourceTranslation.x)*progress,y:this.sourceTranslation.y+(this.targetTranslation.y-this.sourceTranslation.y)*progress};if(this.easingTime>=1){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.easingTime=0;if(this.lockedOnNodeId!=undefined){this.viewFunction=this._lockedRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction)}this.body.emitter.emit(\"animationFinished\")}}},{key:\"getScale\",value:function getScale(){return this.body.view.scale}},{key:\"getViewPosition\",value:function getViewPosition(){return this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight})}}]);return View}();exports.default=View},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NavigationHandler=__webpack_require__(111);var _NavigationHandler2=_interopRequireDefault(_NavigationHandler);var _Popup=__webpack_require__(112);var _Popup2=_interopRequireDefault(_Popup);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var InteractionHandler=function(){function InteractionHandler(body,canvas,selectionHandler){_classCallCheck(this,InteractionHandler);this.body=body;this.canvas=canvas;this.selectionHandler=selectionHandler;this.navigationHandler=new _NavigationHandler2.default(body,canvas);this.body.eventListeners.onTap=this.onTap.bind(this);this.body.eventListeners.onTouch=this.onTouch.bind(this);this.body.eventListeners.onDoubleTap=this.onDoubleTap.bind(this);this.body.eventListeners.onHold=this.onHold.bind(this);this.body.eventListeners.onDragStart=this.onDragStart.bind(this);this.body.eventListeners.onDrag=this.onDrag.bind(this);this.body.eventListeners.onDragEnd=this.onDragEnd.bind(this);this.body.eventListeners.onMouseWheel=this.onMouseWheel.bind(this);this.body.eventListeners.onPinch=this.onPinch.bind(this);this.body.eventListeners.onMouseMove=this.onMouseMove.bind(this);this.body.eventListeners.onRelease=this.onRelease.bind(this);this.body.eventListeners.onContext=this.onContext.bind(this);this.touchTime=0;this.drag={};this.pinch={};this.popup=undefined;this.popupObj=undefined;this.popupTimer=undefined;this.body.functions.getPointer=this.getPointer.bind(this);this.options={};this.defaultOptions={dragNodes:true,dragView:true,hover:false,keyboard:{enabled:false,speed:{x:10,y:10,zoom:.02},bindToWindow:true},navigationButtons:false,tooltipDelay:300,zoomView:true};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(InteractionHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"destroy\",function(){clearTimeout(_this.popupTimer);delete _this.body.functions.getPointer})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"hideEdgesOnDrag\",\"hideNodesOnDrag\",\"keyboard\",\"multiselect\",\"selectable\",\"selectConnectedEdges\"];util.selectiveNotDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"keyboard\");if(options.tooltip){util.extend(this.options.tooltip,options.tooltip);if(options.tooltip.color){this.options.tooltip.color=util.parseColor(options.tooltip.color)}}}this.navigationHandler.setOptions(this.options)}},{key:\"getPointer\",value:function getPointer(touch){return{x:touch.x-util.getAbsoluteLeft(this.canvas.frame.canvas),y:touch.y-util.getAbsoluteTop(this.canvas.frame.canvas)}}},{key:\"onTouch\",value:function onTouch(event){if((new Date).valueOf()-this.touchTime>50){this.drag.pointer=this.getPointer(event.center);this.drag.pinched=false;this.pinch.scale=this.body.view.scale;this.touchTime=(new Date).valueOf()}}},{key:\"onTap\",value:function onTap(event){var pointer=this.getPointer(event.center);var multiselect=this.selectionHandler.options.multiselect&&(event.changedPointers[0].ctrlKey||event.changedPointers[0].metaKey);this.checkSelectionChanges(pointer,event,multiselect);this.selectionHandler._generateClickEvent(\"click\",event,pointer)}},{key:\"onDoubleTap\",value:function onDoubleTap(event){var pointer=this.getPointer(event.center);this.selectionHandler._generateClickEvent(\"doubleClick\",event,pointer)}},{key:\"onHold\",value:function onHold(event){var pointer=this.getPointer(event.center);var multiselect=this.selectionHandler.options.multiselect;this.checkSelectionChanges(pointer,event,multiselect);this.selectionHandler._generateClickEvent(\"click\",event,pointer);this.selectionHandler._generateClickEvent(\"hold\",event,pointer)}},{key:\"onRelease\",value:function onRelease(event){if((new Date).valueOf()-this.touchTime>10){var pointer=this.getPointer(event.center);this.selectionHandler._generateClickEvent(\"release\",event,pointer);this.touchTime=(new Date).valueOf()}}},{key:\"onContext\",value:function onContext(event){var pointer=this.getPointer({x:event.clientX,y:event.clientY});this.selectionHandler._generateClickEvent(\"oncontext\",event,pointer)}},{key:\"checkSelectionChanges\",value:function checkSelectionChanges(pointer,event){var add=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var previouslySelectedEdgeCount=this.selectionHandler._getSelectedEdgeCount();var previouslySelectedNodeCount=this.selectionHandler._getSelectedNodeCount();var previousSelection=this.selectionHandler.getSelection();var selected=void 0;if(add===true){selected=this.selectionHandler.selectAdditionalOnPoint(pointer)}else{selected=this.selectionHandler.selectOnPoint(pointer)}var selectedEdgesCount=this.selectionHandler._getSelectedEdgeCount();var selectedNodesCount=this.selectionHandler._getSelectedNodeCount();var currentSelection=this.selectionHandler.getSelection();var _determineIfDifferent2=this._determineIfDifferent(previousSelection,currentSelection),nodesChanged=_determineIfDifferent2.nodesChanged,edgesChanged=_determineIfDifferent2.edgesChanged;var nodeSelected=false;if(selectedNodesCount-previouslySelectedNodeCount>0){this.selectionHandler._generateClickEvent(\"selectNode\",event,pointer);selected=true;nodeSelected=true}else if(nodesChanged===true&&selectedNodesCount>0){this.selectionHandler._generateClickEvent(\"deselectNode\",event,pointer,previousSelection);this.selectionHandler._generateClickEvent(\"selectNode\",event,pointer);nodeSelected=true;selected=true}else if(selectedNodesCount-previouslySelectedNodeCount<0){this.selectionHandler._generateClickEvent(\"deselectNode\",event,pointer,previousSelection);selected=true}if(selectedEdgesCount-previouslySelectedEdgeCount>0&&nodeSelected===false){this.selectionHandler._generateClickEvent(\"selectEdge\",event,pointer);selected=true}else if(selectedEdgesCount>0&&edgesChanged===true){this.selectionHandler._generateClickEvent(\"deselectEdge\",event,pointer,previousSelection);this.selectionHandler._generateClickEvent(\"selectEdge\",event,pointer);selected=true}else if(selectedEdgesCount-previouslySelectedEdgeCount<0){this.selectionHandler._generateClickEvent(\"deselectEdge\",event,pointer,previousSelection);selected=true}if(selected===true){this.selectionHandler._generateClickEvent(\"select\",event,pointer)}}},{key:\"_determineIfDifferent\",value:function _determineIfDifferent(previousSelection,currentSelection){var nodesChanged=false;var edgesChanged=false;for(var i=0;i<previousSelection.nodes.length;i++){if(currentSelection.nodes.indexOf(previousSelection.nodes[i])===-1){nodesChanged=true}}for(var _i=0;_i<currentSelection.nodes.length;_i++){if(previousSelection.nodes.indexOf(previousSelection.nodes[_i])===-1){nodesChanged=true}}for(var _i2=0;_i2<previousSelection.edges.length;_i2++){if(currentSelection.edges.indexOf(previousSelection.edges[_i2])===-1){edgesChanged=true}}for(var _i3=0;_i3<currentSelection.edges.length;_i3++){if(previousSelection.edges.indexOf(previousSelection.edges[_i3])===-1){edgesChanged=true}}return{nodesChanged:nodesChanged,edgesChanged:edgesChanged}}},{key:\"onDragStart\",value:function onDragStart(event){if(this.drag.pointer===undefined){this.onTouch(event)}var node=this.selectionHandler.getNodeAt(this.drag.pointer);this.drag.dragging=true;this.drag.selection=[];this.drag.translation=util.extend({},this.body.view.translation);this.drag.nodeId=undefined;if(node!==undefined&&this.options.dragNodes===true){this.drag.nodeId=node.id;if(node.isSelected()===false){this.selectionHandler.unselectAll();this.selectionHandler.selectObject(node)}this.selectionHandler._generateClickEvent(\"dragStart\",event,this.drag.pointer);var selection=this.selectionHandler.selectionObj.nodes;for(var nodeId in selection){if(selection.hasOwnProperty(nodeId)){var object=selection[nodeId];var s={id:object.id,node:object,x:object.x,y:object.y,xFixed:object.options.fixed.x,yFixed:object.options.fixed.y};object.options.fixed.x=true;object.options.fixed.y=true;this.drag.selection.push(s)}}}else{this.selectionHandler._generateClickEvent(\"dragStart\",event,this.drag.pointer,undefined,true)}}},{key:\"onDrag\",value:function onDrag(event){var _this2=this;if(this.drag.pinched===true){return}this.body.emitter.emit(\"unlockNode\");var pointer=this.getPointer(event.center);var selection=this.drag.selection;if(selection&&selection.length&&this.options.dragNodes===true){(function(){_this2.selectionHandler._generateClickEvent(\"dragging\",event,pointer);var deltaX=pointer.x-_this2.drag.pointer.x;var deltaY=pointer.y-_this2.drag.pointer.y;selection.forEach(function(selection){var node=selection.node;if(selection.xFixed===false){node.x=_this2.canvas._XconvertDOMtoCanvas(_this2.canvas._XconvertCanvasToDOM(selection.x)+deltaX)}if(selection.yFixed===false){node.y=_this2.canvas._YconvertDOMtoCanvas(_this2.canvas._YconvertCanvasToDOM(selection.y)+deltaY)}});_this2.body.emitter.emit(\"startSimulation\")})()}else{if(this.options.dragView===true){this.selectionHandler._generateClickEvent(\"dragging\",event,pointer,undefined,true);if(this.drag.pointer===undefined){this.onDragStart(event);return}var diffX=pointer.x-this.drag.pointer.x;var diffY=pointer.y-this.drag.pointer.y;this.body.view.translation={x:this.drag.translation.x+diffX,y:this.drag.translation.y+diffY};this.body.emitter.emit(\"_redraw\")}}}},{key:\"onDragEnd\",value:function onDragEnd(event){this.drag.dragging=false;var selection=this.drag.selection;if(selection&&selection.length){selection.forEach(function(s){s.node.options.fixed.x=s.xFixed;s.node.options.fixed.y=s.yFixed});this.selectionHandler._generateClickEvent(\"dragEnd\",event,this.getPointer(event.center));this.body.emitter.emit(\"startSimulation\")}else{this.selectionHandler._generateClickEvent(\"dragEnd\",event,this.getPointer(event.center),undefined,true);this.body.emitter.emit(\"_requestRedraw\")}}},{key:\"onPinch\",value:function onPinch(event){var pointer=this.getPointer(event.center);this.drag.pinched=true;if(this.pinch[\"scale\"]===undefined){this.pinch.scale=1}var scale=this.pinch.scale*event.scale;this.zoom(scale,pointer)}},{key:\"zoom\",value:function zoom(scale,pointer){if(this.options.zoomView===true){var scaleOld=this.body.view.scale;if(scale<1e-5){scale=1e-5}if(scale>10){scale=10}var preScaleDragPointer=undefined;if(this.drag!==undefined){if(this.drag.dragging===true){preScaleDragPointer=this.canvas.DOMtoCanvas(this.drag.pointer)}}var translation=this.body.view.translation;var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*pointer.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*pointer.y+translation.y*scaleFrac;this.body.view.scale=scale;this.body.view.translation={x:tx,y:ty};if(preScaleDragPointer!=undefined){var postScaleDragPointer=this.canvas.canvasToDOM(preScaleDragPointer);this.drag.pointer.x=postScaleDragPointer.x;this.drag.pointer.y=postScaleDragPointer.y}this.body.emitter.emit(\"_requestRedraw\");if(scaleOld<scale){this.body.emitter.emit(\"zoom\",{direction:\"+\",scale:this.body.view.scale})}else{this.body.emitter.emit(\"zoom\",{direction:\"-\",scale:this.body.view.scale})}}}},{key:\"onMouseWheel\",value:function onMouseWheel(event){if(this.options.zoomView===true){var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta!==0){var scale=this.body.view.scale;var zoom=delta/10;if(delta<0){zoom=zoom/(1-zoom)}scale*=1+zoom;var pointer=this.getPointer({x:event.clientX,y:event.clientY});this.zoom(scale,pointer)}event.preventDefault()}}},{key:\"onMouseMove\",value:function onMouseMove(event){var _this3=this;var pointer=this.getPointer({x:event.clientX,y:event.clientY});var popupVisible=false;if(this.popup!==undefined){if(this.popup.hidden===false){this._checkHidePopup(pointer)}if(this.popup.hidden===false){popupVisible=true;this.popup.setPosition(pointer.x+3,pointer.y-5);this.popup.show()}}if(this.options.keyboard.bindToWindow===false&&this.options.keyboard.enabled===true){this.canvas.frame.focus()}if(popupVisible===false){if(this.popupTimer!==undefined){clearInterval(this.popupTimer);this.popupTimer=undefined}if(!this.drag.dragging){this.popupTimer=setTimeout(function(){return _this3._checkShowPopup(pointer)},this.options.tooltipDelay)}}if(this.options.hover===true){var obj=this.selectionHandler.getNodeAt(pointer);if(obj===undefined){obj=this.selectionHandler.getEdgeAt(pointer)}this.selectionHandler.hoverObject(obj)}}},{key:\"_checkShowPopup\",value:function _checkShowPopup(pointer){var x=this.canvas._XconvertDOMtoCanvas(pointer.x);var y=this.canvas._YconvertDOMtoCanvas(pointer.y);var pointerObj={left:x,top:y,right:x,bottom:y};var previousPopupObjId=this.popupObj===undefined?undefined:this.popupObj.id;var nodeUnderCursor=false;var popupType=\"node\";if(this.popupObj===undefined){var nodeIndices=this.body.nodeIndices;var nodes=this.body.nodes;var node=void 0;var overlappingNodes=[];for(var i=0;i<nodeIndices.length;i++){node=nodes[nodeIndices[i]];if(node.isOverlappingWith(pointerObj)===true){if(node.getTitle()!==undefined){overlappingNodes.push(nodeIndices[i])}}}if(overlappingNodes.length>0){this.popupObj=nodes[overlappingNodes[overlappingNodes.length-1]];nodeUnderCursor=true}}if(this.popupObj===undefined&&nodeUnderCursor===false){var edgeIndices=this.body.edgeIndices;var edges=this.body.edges;var edge=void 0;var overlappingEdges=[];for(var _i4=0;_i4<edgeIndices.length;_i4++){edge=edges[edgeIndices[_i4]];if(edge.isOverlappingWith(pointerObj)===true){if(edge.connected===true&&edge.getTitle()!==undefined){overlappingEdges.push(edgeIndices[_i4])}}}if(overlappingEdges.length>0){this.popupObj=edges[overlappingEdges[overlappingEdges.length-1]];popupType=\"edge\"}}if(this.popupObj!==undefined){if(this.popupObj.id!==previousPopupObjId){if(this.popup===undefined){this.popup=new _Popup2.default(this.canvas.frame)}this.popup.popupTargetType=popupType;this.popup.popupTargetId=this.popupObj.id;this.popup.setPosition(pointer.x+3,pointer.y-5);this.popup.setText(this.popupObj.getTitle());this.popup.show();this.body.emitter.emit(\"showPopup\",this.popupObj.id)}}else{if(this.popup!==undefined){this.popup.hide();this.body.emitter.emit(\"hidePopup\")}}}},{key:\"_checkHidePopup\",value:function _checkHidePopup(pointer){var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var stillOnObj=false;if(this.popup.popupTargetType===\"node\"){if(this.body.nodes[this.popup.popupTargetId]!==undefined){stillOnObj=this.body.nodes[this.popup.popupTargetId].isOverlappingWith(pointerObj);if(stillOnObj===true){var overNode=this.selectionHandler.getNodeAt(pointer);stillOnObj=overNode.id===this.popup.popupTargetId}}}else{if(this.selectionHandler.getNodeAt(pointer)===undefined){if(this.body.edges[this.popup.popupTargetId]!==undefined){stillOnObj=this.body.edges[this.popup.popupTargetId].isOverlappingWith(pointerObj)}}}if(stillOnObj===false){this.popupObj=undefined;this.popup.hide();this.body.emitter.emit(\"hidePopup\")}}}]);return InteractionHandler}();exports.default=InteractionHandler},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Hammer=__webpack_require__(22);var hammerUtil=__webpack_require__(30);var keycharm=__webpack_require__(25);var NavigationHandler=function(){function NavigationHandler(body,canvas){var _this=this;_classCallCheck(this,NavigationHandler);this.body=body;this.canvas=canvas;this.iconsCreated=false;this.navigationHammers=[];this.boundFunctions={};this.touchTime=0;this.activated=false;this.body.emitter.on(\"activate\",function(){_this.activated=true;_this.configureKeyboardBindings()});this.body.emitter.on(\"deactivate\",function(){_this.activated=false;_this.configureKeyboardBindings()});this.body.emitter.on(\"destroy\",function(){if(_this.keycharm!==undefined){_this.keycharm.destroy()}});this.options={}}_createClass(NavigationHandler,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){this.options=options;this.create()}}},{key:\"create\",value:function create(){if(this.options.navigationButtons===true){if(this.iconsCreated===false){this.loadNavigationElements()}}else if(this.iconsCreated===true){this.cleanNavigation()}this.configureKeyboardBindings()}},{key:\"cleanNavigation\",value:function cleanNavigation(){if(this.navigationHammers.length!=0){for(var i=0;i<this.navigationHammers.length;i++){this.navigationHammers[i].destroy()}this.navigationHammers=[]}if(this.navigationDOM&&this.navigationDOM[\"wrapper\"]&&this.navigationDOM[\"wrapper\"].parentNode){this.navigationDOM[\"wrapper\"].parentNode.removeChild(this.navigationDOM[\"wrapper\"])}this.iconsCreated=false}},{key:\"loadNavigationElements\",value:function loadNavigationElements(){var _this2=this;this.cleanNavigation();this.navigationDOM={};var navigationDivs=[\"up\",\"down\",\"left\",\"right\",\"zoomIn\",\"zoomOut\",\"zoomExtends\"];var navigationDivActions=[\"_moveUp\",\"_moveDown\",\"_moveLeft\",\"_moveRight\",\"_zoomIn\",\"_zoomOut\",\"_fit\"];this.navigationDOM[\"wrapper\"]=document.createElement(\"div\");this.navigationDOM[\"wrapper\"].className=\"vis-navigation\";this.canvas.frame.appendChild(this.navigationDOM[\"wrapper\"]);for(var i=0;i<navigationDivs.length;i++){this.navigationDOM[navigationDivs[i]]=document.createElement(\"div\");this.navigationDOM[navigationDivs[i]].className=\"vis-button vis-\"+navigationDivs[i];this.navigationDOM[\"wrapper\"].appendChild(this.navigationDOM[navigationDivs[i]]);var hammer=new Hammer(this.navigationDOM[navigationDivs[i]]);if(navigationDivActions[i]===\"_fit\"){hammerUtil.onTouch(hammer,this._fit.bind(this))}else{hammerUtil.onTouch(hammer,this.bindToRedraw.bind(this,navigationDivActions[i]))}this.navigationHammers.push(hammer)}var hammerFrame=new Hammer(this.canvas.frame);hammerUtil.onRelease(hammerFrame,function(){_this2._stopMovement()});this.navigationHammers.push(hammerFrame);this.iconsCreated=true}},{key:\"bindToRedraw\",value:function bindToRedraw(action){if(this.boundFunctions[action]===undefined){this.boundFunctions[action]=this[action].bind(this);this.body.emitter.on(\"initRedraw\",this.boundFunctions[action]);this.body.emitter.emit(\"_startRendering\")}}},{key:\"unbindFromRedraw\",value:function unbindFromRedraw(action){if(this.boundFunctions[action]!==undefined){this.body.emitter.off(\"initRedraw\",this.boundFunctions[action]);this.body.emitter.emit(\"_stopRendering\");delete this.boundFunctions[action]}}},{key:\"_fit\",value:function _fit(){if((new Date).valueOf()-this.touchTime>700){this.body.emitter.emit(\"fit\",{duration:700});this.touchTime=(new Date).valueOf()}}},{key:\"_stopMovement\",value:function _stopMovement(){for(var boundAction in this.boundFunctions){if(this.boundFunctions.hasOwnProperty(boundAction)){this.body.emitter.off(\"initRedraw\",this.boundFunctions[boundAction]);this.body.emitter.emit(\"_stopRendering\")}}this.boundFunctions={}}},{key:\"_moveUp\",value:function _moveUp(){this.body.view.translation.y+=this.options.keyboard.speed.y}},{key:\"_moveDown\",value:function _moveDown(){this.body.view.translation.y-=this.options.keyboard.speed.y}},{key:\"_moveLeft\",value:function _moveLeft(){this.body.view.translation.x+=this.options.keyboard.speed.x}},{key:\"_moveRight\",value:function _moveRight(){this.body.view.translation.x-=this.options.keyboard.speed.x}},{key:\"_zoomIn\",value:function _zoomIn(){var scaleOld=this.body.view.scale;var scale=this.body.view.scale*(1+this.options.keyboard.speed.zoom);var translation=this.body.view.translation;var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*this.canvas.canvasViewCenter.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*this.canvas.canvasViewCenter.y+translation.y*scaleFrac;this.body.view.scale=scale;this.body.view.translation={x:tx,y:ty};this.body.emitter.emit(\"zoom\",{direction:\"+\",scale:this.body.view.scale})}},{key:\"_zoomOut\",value:function _zoomOut(){var scaleOld=this.body.view.scale;var scale=this.body.view.scale/(1+this.options.keyboard.speed.zoom);var translation=this.body.view.translation;var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*this.canvas.canvasViewCenter.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*this.canvas.canvasViewCenter.y+translation.y*scaleFrac;this.body.view.scale=scale;this.body.view.translation={x:tx,y:ty};this.body.emitter.emit(\"zoom\",{direction:\"-\",scale:this.body.view.scale})}},{key:\"configureKeyboardBindings\",value:function configureKeyboardBindings(){var _this3=this;if(this.keycharm!==undefined){this.keycharm.destroy()}if(this.options.keyboard.enabled===true){if(this.options.keyboard.bindToWindow===true){this.keycharm=keycharm({container:window,preventDefault:true})}else{this.keycharm=keycharm({container:this.canvas.frame,preventDefault:true})}this.keycharm.reset();if(this.activated===true){this.keycharm.bind(\"up\",function(){_this3.bindToRedraw(\"_moveUp\")},\"keydown\");this.keycharm.bind(\"down\",function(){_this3.bindToRedraw(\"_moveDown\")},\"keydown\");this.keycharm.bind(\"left\",function(){_this3.bindToRedraw(\"_moveLeft\")},\"keydown\");this.keycharm.bind(\"right\",function(){_this3.bindToRedraw(\"_moveRight\")},\"keydown\");this.keycharm.bind(\"=\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"num+\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"num-\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"-\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"[\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"]\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"pageup\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"pagedown\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"up\",function(){_this3.unbindFromRedraw(\"_moveUp\")},\"keyup\");this.keycharm.bind(\"down\",function(){_this3.unbindFromRedraw(\"_moveDown\")},\"keyup\");this.keycharm.bind(\"left\",function(){_this3.unbindFromRedraw(\"_moveLeft\")},\"keyup\");this.keycharm.bind(\"right\",function(){_this3.unbindFromRedraw(\"_moveRight\")},\"keyup\");this.keycharm.bind(\"=\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"num+\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"num-\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"-\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"[\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"]\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"pageup\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"pagedown\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\")}}}}]);return NavigationHandler}();exports.default=NavigationHandler},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Popup=function(){function Popup(container){_classCallCheck(this,Popup);this.container=container;this.x=0;this.y=0;this.padding=5;this.hidden=false;this.frame=document.createElement(\"div\");this.frame.className=\"vis-network-tooltip\";this.container.appendChild(this.frame)}_createClass(Popup,[{key:\"setPosition\",value:function setPosition(x,y){this.x=parseInt(x);this.y=parseInt(y)}},{key:\"setText\",value:function setText(content){if(content instanceof Element){this.frame.innerHTML=\"\";this.frame.appendChild(content)}else{this.frame.innerHTML=content}}},{key:\"show\",value:function show(doShow){if(doShow===undefined){doShow=true}if(doShow===true){var height=this.frame.clientHeight;var width=this.frame.clientWidth;var maxHeight=this.frame.parentNode.clientHeight;var maxWidth=this.frame.parentNode.clientWidth;var top=this.y-height;if(top+height+this.padding>maxHeight){top=maxHeight-height-this.padding}if(top<this.padding){top=this.padding}var left=this.x;if(left+width+this.padding>maxWidth){left=maxWidth-width-this.padding}if(left<this.padding){left=this.padding}this.frame.style.left=left+\"px\";this.frame.style.top=top+\"px\";this.frame.style.visibility=\"visible\";this.hidden=false}else{this.hide()}}},{key:\"hide\",value:function hide(){this.hidden=true;this.frame.style.visibility=\"hidden\"}}]);return Popup}();exports.default=Popup},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _Node=__webpack_require__(67);var _Node2=_interopRequireDefault(_Node);var _Edge=__webpack_require__(87);var _Edge2=_interopRequireDefault(_Edge);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var SelectionHandler=function(){function SelectionHandler(body,canvas){var _this=this;_classCallCheck(this,SelectionHandler);this.body=body;this.canvas=canvas;this.selectionObj={nodes:[],edges:[]};this.hoverObj={nodes:{},edges:{}};this.options={};this.defaultOptions={multiselect:false,selectable:true,selectConnectedEdges:true,hoverConnectedEdges:true};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"_dataChanged\",function(){_this.updateSelection()})}_createClass(SelectionHandler,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"multiselect\",\"hoverConnectedEdges\",\"selectable\",\"selectConnectedEdges\"];util.selectiveDeepExtend(fields,this.options,options)}}},{key:\"selectOnPoint\",value:function selectOnPoint(pointer){var selected=false;if(this.options.selectable===true){var obj=this.getNodeAt(pointer)||this.getEdgeAt(pointer);this.unselectAll();if(obj!==undefined){selected=this.selectObject(obj)}this.body.emitter.emit(\"_requestRedraw\")}return selected}},{key:\"selectAdditionalOnPoint\",value:function selectAdditionalOnPoint(pointer){var selectionChanged=false;\nif(this.options.selectable===true){var obj=this.getNodeAt(pointer)||this.getEdgeAt(pointer);if(obj!==undefined){selectionChanged=true;if(obj.isSelected()===true){this.deselectObject(obj)}else{this.selectObject(obj)}this.body.emitter.emit(\"_requestRedraw\")}}return selectionChanged}},{key:\"_generateClickEvent\",value:function _generateClickEvent(eventType,event,pointer,oldSelection){var emptySelection=arguments.length>4&&arguments[4]!==undefined?arguments[4]:false;var properties=void 0;if(emptySelection===true){properties={nodes:[],edges:[]}}else{properties=this.getSelection()}properties[\"pointer\"]={DOM:{x:pointer.x,y:pointer.y},canvas:this.canvas.DOMtoCanvas(pointer)};properties[\"event\"]=event;if(oldSelection!==undefined){properties[\"previousSelection\"]=oldSelection}this.body.emitter.emit(eventType,properties)}},{key:\"selectObject\",value:function selectObject(obj){var highlightEdges=arguments.length>1&&arguments[1]!==undefined?arguments[1]:this.options.selectConnectedEdges;if(obj!==undefined){if(obj instanceof _Node2.default){if(highlightEdges===true){this._selectConnectedEdges(obj)}}obj.select();this._addToSelection(obj);return true}return false}},{key:\"deselectObject\",value:function deselectObject(obj){if(obj.isSelected()===true){obj.selected=false;this._removeFromSelection(obj)}}},{key:\"_getAllNodesOverlappingWith\",value:function _getAllNodesOverlappingWith(object){var overlappingNodes=[];var nodes=this.body.nodes;for(var i=0;i<this.body.nodeIndices.length;i++){var nodeId=this.body.nodeIndices[i];if(nodes[nodeId].isOverlappingWith(object)){overlappingNodes.push(nodeId)}}return overlappingNodes}},{key:\"_pointerToPositionObject\",value:function _pointerToPositionObject(pointer){var canvasPos=this.canvas.DOMtoCanvas(pointer);return{left:canvasPos.x-1,top:canvasPos.y+1,right:canvasPos.x+1,bottom:canvasPos.y-1}}},{key:\"getNodeAt\",value:function getNodeAt(pointer){var returnNode=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;var positionObject=this._pointerToPositionObject(pointer);var overlappingNodes=this._getAllNodesOverlappingWith(positionObject);if(overlappingNodes.length>0){if(returnNode===true){return this.body.nodes[overlappingNodes[overlappingNodes.length-1]]}else{return overlappingNodes[overlappingNodes.length-1]}}else{return undefined}}},{key:\"_getEdgesOverlappingWith\",value:function _getEdgesOverlappingWith(object,overlappingEdges){var edges=this.body.edges;for(var i=0;i<this.body.edgeIndices.length;i++){var edgeId=this.body.edgeIndices[i];if(edges[edgeId].isOverlappingWith(object)){overlappingEdges.push(edgeId)}}}},{key:\"_getAllEdgesOverlappingWith\",value:function _getAllEdgesOverlappingWith(object){var overlappingEdges=[];this._getEdgesOverlappingWith(object,overlappingEdges);return overlappingEdges}},{key:\"getEdgeAt\",value:function getEdgeAt(pointer){var returnEdge=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;var canvasPos=this.canvas.DOMtoCanvas(pointer);var mindist=10;var overlappingEdge=null;var edges=this.body.edges;for(var i=0;i<this.body.edgeIndices.length;i++){var edgeId=this.body.edgeIndices[i];var edge=edges[edgeId];if(edge.connected){var xFrom=edge.from.x;var yFrom=edge.from.y;var xTo=edge.to.x;var yTo=edge.to.y;var dist=edge.edgeType.getDistanceToEdge(xFrom,yFrom,xTo,yTo,canvasPos.x,canvasPos.y);if(dist<mindist){overlappingEdge=edgeId;mindist=dist}}}if(overlappingEdge){if(returnEdge===true){return this.body.edges[overlappingEdge]}else{return overlappingEdge}}else{return undefined}}},{key:\"_addToSelection\",value:function _addToSelection(obj){if(obj instanceof _Node2.default){this.selectionObj.nodes[obj.id]=obj}else{this.selectionObj.edges[obj.id]=obj}}},{key:\"_addToHover\",value:function _addToHover(obj){if(obj instanceof _Node2.default){this.hoverObj.nodes[obj.id]=obj}else{this.hoverObj.edges[obj.id]=obj}}},{key:\"_removeFromSelection\",value:function _removeFromSelection(obj){if(obj instanceof _Node2.default){delete this.selectionObj.nodes[obj.id];this._unselectConnectedEdges(obj)}else{delete this.selectionObj.edges[obj.id]}}},{key:\"unselectAll\",value:function unselectAll(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){this.selectionObj.nodes[nodeId].unselect()}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){this.selectionObj.edges[edgeId].unselect()}}this.selectionObj={nodes:{},edges:{}}}},{key:\"_getSelectedNodeCount\",value:function _getSelectedNodeCount(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}return count}},{key:\"_getSelectedNode\",value:function _getSelectedNode(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return this.selectionObj.nodes[nodeId]}}return undefined}},{key:\"_getSelectedEdge\",value:function _getSelectedEdge(){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return this.selectionObj.edges[edgeId]}}return undefined}},{key:\"_getSelectedEdgeCount\",value:function _getSelectedEdgeCount(){var count=0;for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count}},{key:\"_getSelectedObjectCount\",value:function _getSelectedObjectCount(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count}},{key:\"_selectionIsEmpty\",value:function _selectionIsEmpty(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return false}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return false}}return true}},{key:\"_clusterInSelection\",value:function _clusterInSelection(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(this.selectionObj.nodes[nodeId].clusterSize>1){return true}}}return false}},{key:\"_selectConnectedEdges\",value:function _selectConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.select();this._addToSelection(edge)}}},{key:\"_hoverConnectedEdges\",value:function _hoverConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.hover=true;this._addToHover(edge)}}},{key:\"_unselectConnectedEdges\",value:function _unselectConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.unselect();this._removeFromSelection(edge)}}},{key:\"blurObject\",value:function blurObject(object){if(object.hover===true){object.hover=false;if(object instanceof _Node2.default){this.body.emitter.emit(\"blurNode\",{node:object.id})}else{this.body.emitter.emit(\"blurEdge\",{edge:object.id})}}}},{key:\"hoverObject\",value:function hoverObject(object){var hoverChanged=false;for(var nodeId in this.hoverObj.nodes){if(this.hoverObj.nodes.hasOwnProperty(nodeId)){if(object===undefined||object instanceof _Node2.default&&object.id!=nodeId||object instanceof _Edge2.default){this.blurObject(this.hoverObj.nodes[nodeId]);delete this.hoverObj.nodes[nodeId];hoverChanged=true}}}for(var edgeId in this.hoverObj.edges){if(this.hoverObj.edges.hasOwnProperty(edgeId)){if(hoverChanged===true){this.hoverObj.edges[edgeId].hover=false;delete this.hoverObj.edges[edgeId]}else if(object===undefined||object instanceof _Edge2.default){this.blurObject(this.hoverObj.edges[edgeId]);delete this.hoverObj.edges[edgeId];hoverChanged=true}}}if(object!==undefined){if(object.hover===false){object.hover=true;this._addToHover(object);hoverChanged=true;if(object instanceof _Node2.default){this.body.emitter.emit(\"hoverNode\",{node:object.id})}else{this.body.emitter.emit(\"hoverEdge\",{edge:object.id})}}if(object instanceof _Node2.default&&this.options.hoverConnectedEdges===true){this._hoverConnectedEdges(object)}}if(hoverChanged===true){this.body.emitter.emit(\"_requestRedraw\")}}},{key:\"getSelection\",value:function getSelection(){var nodeIds=this.getSelectedNodes();var edgeIds=this.getSelectedEdges();return{nodes:nodeIds,edges:edgeIds}}},{key:\"getSelectedNodes\",value:function getSelectedNodes(){var idArray=[];if(this.options.selectable===true){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){idArray.push(this.selectionObj.nodes[nodeId].id)}}}return idArray}},{key:\"getSelectedEdges\",value:function getSelectedEdges(){var idArray=[];if(this.options.selectable===true){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){idArray.push(this.selectionObj.edges[edgeId].id)}}}return idArray}},{key:\"setSelection\",value:function setSelection(selection){var options=arguments.length>1&&arguments[1]!==undefined?arguments[1]:{};var i=void 0,id=void 0;if(!selection||!selection.nodes&&!selection.edges)throw\"Selection must be an object with nodes and/or edges properties\";if(options.unselectAll||options.unselectAll===undefined){this.unselectAll()}if(selection.nodes){for(i=0;i<selection.nodes.length;i++){id=selection.nodes[i];var node=this.body.nodes[id];if(!node){throw new RangeError('Node with id \"'+id+'\" not found')}this.selectObject(node,options.highlightEdges)}}if(selection.edges){for(i=0;i<selection.edges.length;i++){id=selection.edges[i];var edge=this.body.edges[id];if(!edge){throw new RangeError('Edge with id \"'+id+'\" not found')}this.selectObject(edge)}}this.body.emitter.emit(\"_requestRedraw\")}},{key:\"selectNodes\",value:function selectNodes(selection){var highlightEdges=arguments.length>1&&arguments[1]!==undefined?arguments[1]:true;if(!selection||selection.length===undefined)throw\"Selection must be an array with ids\";this.setSelection({nodes:selection},{highlightEdges:highlightEdges})}},{key:\"selectEdges\",value:function selectEdges(selection){if(!selection||selection.length===undefined)throw\"Selection must be an array with ids\";this.setSelection({edges:selection})}},{key:\"updateSelection\",value:function updateSelection(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(!this.body.nodes.hasOwnProperty(nodeId)){delete this.selectionObj.nodes[nodeId]}}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){if(!this.body.edges.hasOwnProperty(edgeId)){delete this.selectionObj.edges[edgeId]}}}}}]);return SelectionHandler}();exports.default=SelectionHandler},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _typeof=typeof Symbol===\"function\"&&typeof Symbol.iterator===\"symbol\"?function(obj){return typeof obj}:function(obj){return obj&&typeof Symbol===\"function\"&&obj.constructor===Symbol&&obj!==Symbol.prototype?\"symbol\":typeof obj};var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _NetworkUtil=__webpack_require__(105);var _NetworkUtil2=_interopRequireDefault(_NetworkUtil);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var LayoutEngine=function(){function LayoutEngine(body){_classCallCheck(this,LayoutEngine);this.body=body;this.initialRandomSeed=Math.round(Math.random()*1e6);this.randomSeed=this.initialRandomSeed;this.setPhysics=false;this.options={};this.optionsBackup={physics:{}};this.defaultOptions={randomSeed:undefined,improvedLayout:true,hierarchical:{enabled:false,levelSeparation:150,nodeSpacing:100,treeSpacing:200,blockShifting:true,edgeMinimization:true,parentCentralization:true,direction:\"UD\",sortMethod:\"hubsize\"}};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(LayoutEngine,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"_dataChanged\",function(){_this.setupHierarchicalLayout()});this.body.emitter.on(\"_dataLoaded\",function(){_this.layoutNetwork()});this.body.emitter.on(\"_resetHierarchicalLayout\",function(){_this.setupHierarchicalLayout()})}},{key:\"setOptions\",value:function setOptions(options,allOptions){if(options!==undefined){var prevHierarchicalState=this.options.hierarchical.enabled;util.selectiveDeepExtend([\"randomSeed\",\"improvedLayout\"],this.options,options);util.mergeOptions(this.options,options,\"hierarchical\");if(options.randomSeed!==undefined){this.initialRandomSeed=options.randomSeed}if(this.options.hierarchical.enabled===true){if(prevHierarchicalState===true){this.body.emitter.emit(\"refresh\",true)}if(this.options.hierarchical.direction===\"RL\"||this.options.hierarchical.direction===\"DU\"){if(this.options.hierarchical.levelSeparation>0){this.options.hierarchical.levelSeparation*=-1}}else{if(this.options.hierarchical.levelSeparation<0){this.options.hierarchical.levelSeparation*=-1}}this.body.emitter.emit(\"_resetHierarchicalLayout\");return this.adaptAllOptionsForHierarchicalLayout(allOptions)}else{if(prevHierarchicalState===true){this.body.emitter.emit(\"refresh\");return util.deepExtend(allOptions,this.optionsBackup)}}}return allOptions}},{key:\"adaptAllOptionsForHierarchicalLayout\",value:function adaptAllOptionsForHierarchicalLayout(allOptions){if(this.options.hierarchical.enabled===true){if(allOptions.physics===undefined||allOptions.physics===true){allOptions.physics={enabled:this.optionsBackup.physics.enabled===undefined?true:this.optionsBackup.physics.enabled,solver:\"hierarchicalRepulsion\"};this.optionsBackup.physics.enabled=this.optionsBackup.physics.enabled===undefined?true:this.optionsBackup.physics.enabled;this.optionsBackup.physics.solver=this.optionsBackup.physics.solver||\"barnesHut\"}else if(_typeof(allOptions.physics)===\"object\"){this.optionsBackup.physics.enabled=allOptions.physics.enabled===undefined?true:allOptions.physics.enabled;this.optionsBackup.physics.solver=allOptions.physics.solver||\"barnesHut\";allOptions.physics.solver=\"hierarchicalRepulsion\"}else if(allOptions.physics!==false){this.optionsBackup.physics.solver=\"barnesHut\";allOptions.physics={solver:\"hierarchicalRepulsion\"}}var type=\"horizontal\";if(this.options.hierarchical.direction===\"RL\"||this.options.hierarchical.direction===\"LR\"){type=\"vertical\"}if(allOptions.edges===undefined){this.optionsBackup.edges={smooth:{enabled:true,type:\"dynamic\"}};allOptions.edges={smooth:false}}else if(allOptions.edges.smooth===undefined){this.optionsBackup.edges={smooth:{enabled:true,type:\"dynamic\"}};allOptions.edges.smooth=false}else{if(typeof allOptions.edges.smooth===\"boolean\"){this.optionsBackup.edges={smooth:allOptions.edges.smooth};allOptions.edges.smooth={enabled:allOptions.edges.smooth,type:type}}else{if(allOptions.edges.smooth.type!==undefined&&allOptions.edges.smooth.type!==\"dynamic\"){type=allOptions.edges.smooth.type}this.optionsBackup.edges={smooth:allOptions.edges.smooth.enabled===undefined?true:allOptions.edges.smooth.enabled,type:allOptions.edges.smooth.type===undefined?\"dynamic\":allOptions.edges.smooth.type,roundness:allOptions.edges.smooth.roundness===undefined?.5:allOptions.edges.smooth.roundness,forceDirection:allOptions.edges.smooth.forceDirection===undefined?false:allOptions.edges.smooth.forceDirection};allOptions.edges.smooth={enabled:allOptions.edges.smooth.enabled===undefined?true:allOptions.edges.smooth.enabled,type:type,roundness:allOptions.edges.smooth.roundness===undefined?.5:allOptions.edges.smooth.roundness,forceDirection:allOptions.edges.smooth.forceDirection===undefined?false:allOptions.edges.smooth.forceDirection}}}this.body.emitter.emit(\"_forceDisableDynamicCurves\",type)}return allOptions}},{key:\"seededRandom\",value:function seededRandom(){var x=Math.sin(this.randomSeed++)*1e4;return x-Math.floor(x)}},{key:\"positionInitially\",value:function positionInitially(nodesArray){if(this.options.hierarchical.enabled!==true){this.randomSeed=this.initialRandomSeed;for(var i=0;i<nodesArray.length;i++){var node=nodesArray[i];var radius=10*.1*nodesArray.length+10;var angle=2*Math.PI*this.seededRandom();if(node.x===undefined){node.x=radius*Math.cos(angle)}if(node.y===undefined){node.y=radius*Math.sin(angle)}}}}},{key:\"layoutNetwork\",value:function layoutNetwork(){if(this.options.hierarchical.enabled!==true&&this.options.improvedLayout===true){var positionDefined=0;for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.predefinedPosition===true){positionDefined+=1}}if(positionDefined<.5*this.body.nodeIndices.length){var MAX_LEVELS=10;var level=0;var clusterThreshold=100;if(this.body.nodeIndices.length>clusterThreshold){var startLength=this.body.nodeIndices.length;while(this.body.nodeIndices.length>clusterThreshold){level+=1;var before=this.body.nodeIndices.length;if(level%3===0){this.body.modules.clustering.clusterBridges()}else{this.body.modules.clustering.clusterOutliers()}var after=this.body.nodeIndices.length;if(before==after&&level%3!==0||level>MAX_LEVELS){this._declusterAll();this.body.emitter.emit(\"_layoutFailed\");console.info(\"This network could not be positioned by this version of the improved layout algorithm. Please disable improvedLayout for better performance.\");return}}this.body.modules.kamadaKawai.setOptions({springLength:Math.max(150,2*startLength)})}this.body.modules.kamadaKawai.solve(this.body.nodeIndices,this.body.edgeIndices,true);this._shiftToCenter();var offset=70;for(var _i=0;_i<this.body.nodeIndices.length;_i++){if(this.body.nodes[this.body.nodeIndices[_i]].predefinedPosition===false){this.body.nodes[this.body.nodeIndices[_i]].x+=(.5-this.seededRandom())*offset;this.body.nodes[this.body.nodeIndices[_i]].y+=(.5-this.seededRandom())*offset}}this._declusterAll();this.body.emitter.emit(\"_repositionBezierNodes\")}}}},{key:\"_shiftToCenter\",value:function _shiftToCenter(){var range=_NetworkUtil2.default.getRangeCore(this.body.nodes,this.body.nodeIndices);var center=_NetworkUtil2.default.findCenter(range);for(var i=0;i<this.body.nodeIndices.length;i++){this.body.nodes[this.body.nodeIndices[i]].x-=center.x;this.body.nodes[this.body.nodeIndices[i]].y-=center.y}}},{key:\"_declusterAll\",value:function _declusterAll(){var clustersPresent=true;while(clustersPresent===true){clustersPresent=false;for(var i=0;i<this.body.nodeIndices.length;i++){if(this.body.nodes[this.body.nodeIndices[i]].isCluster===true){clustersPresent=true;this.body.modules.clustering.openCluster(this.body.nodeIndices[i],{},false)}}if(clustersPresent===true){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"getSeed\",value:function getSeed(){return this.initialRandomSeed}},{key:\"setupHierarchicalLayout\",value:function setupHierarchicalLayout(){if(this.options.hierarchical.enabled===true&&this.body.nodeIndices.length>0){var node=void 0,nodeId=void 0;var definedLevel=false;var definedPositions=true;var undefinedLevel=false;this.hierarchicalLevels={};this.lastNodeOnLevel={};this.hierarchicalChildrenReference={};this.hierarchicalParentReference={};this.hierarchicalTrees={};this.treeIndex=-1;this.distributionOrdering={};this.distributionIndex={};this.distributionOrderingPresence={};for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];if(node.options.x===undefined&&node.options.y===undefined){definedPositions=false}if(node.options.level!==undefined){definedLevel=true;this.hierarchicalLevels[nodeId]=node.options.level}else{undefinedLevel=true}}}if(undefinedLevel===true&&definedLevel===true){throw new Error(\"To use the hierarchical layout, nodes require either no predefined levels or levels have to be defined for all nodes.\");return}else{if(undefinedLevel===true){if(this.options.hierarchical.sortMethod===\"hubsize\"){this._determineLevelsByHubsize()}else if(this.options.hierarchical.sortMethod===\"directed\"){this._determineLevelsDirected()}else if(this.options.hierarchical.sortMethod===\"custom\"){this._determineLevelsCustomCallback()}}for(var _nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(_nodeId)){if(this.hierarchicalLevels[_nodeId]===undefined){this.hierarchicalLevels[_nodeId]=0}}}var distribution=this._getDistribution();this._generateMap();this._placeNodesByHierarchy(distribution);this._condenseHierarchy();this._shiftToCenter()}}}},{key:\"_condenseHierarchy\",value:function _condenseHierarchy(){var _this2=this;var stillShifting=false;var branches={};var shiftTrees=function shiftTrees(){var treeSizes=getTreeSizes();for(var i=0;i<treeSizes.length-1;i++){var diff=treeSizes[i].max-treeSizes[i+1].min;shiftTree(i+1,diff+_this2.options.hierarchical.treeSpacing)}};var shiftTree=function shiftTree(index,offset){for(var nodeId in _this2.hierarchicalTrees){if(_this2.hierarchicalTrees.hasOwnProperty(nodeId)){if(_this2.hierarchicalTrees[nodeId]===index){var node=_this2.body.nodes[nodeId];var pos=_this2._getPositionForHierarchy(node);_this2._setPositionForHierarchy(node,pos+offset,undefined,true)}}}};var getTreeSize=function getTreeSize(index){var min=1e9;var max=-1e9;for(var nodeId in _this2.hierarchicalTrees){if(_this2.hierarchicalTrees.hasOwnProperty(nodeId)){if(_this2.hierarchicalTrees[nodeId]===index){var pos=_this2._getPositionForHierarchy(_this2.body.nodes[nodeId]);min=Math.min(pos,min);max=Math.max(pos,max)}}}return{min:min,max:max}};var getTreeSizes=function getTreeSizes(){var treeWidths=[];for(var i=0;i<=_this2.treeIndex;i++){treeWidths.push(getTreeSize(i))}return treeWidths};var getBranchNodes=function getBranchNodes(source,map){map[source.id]=true;if(_this2.hierarchicalChildrenReference[source.id]){var children=_this2.hierarchicalChildrenReference[source.id];if(children.length>0){for(var i=0;i<children.length;i++){getBranchNodes(_this2.body.nodes[children[i]],map)}}}};var getBranchBoundary=function getBranchBoundary(branchMap){var maxLevel=arguments.length>1&&arguments[1]!==undefined?arguments[1]:1e9;var minSpace=1e9;var maxSpace=1e9;var min=1e9;var max=-1e9;for(var branchNode in branchMap){if(branchMap.hasOwnProperty(branchNode)){var node=_this2.body.nodes[branchNode];var level=_this2.hierarchicalLevels[node.id];var position=_this2._getPositionForHierarchy(node);var _getSpaceAroundNode2=_this2._getSpaceAroundNode(node,branchMap),_getSpaceAroundNode3=_slicedToArray(_getSpaceAroundNode2,2),minSpaceNode=_getSpaceAroundNode3[0],maxSpaceNode=_getSpaceAroundNode3[1];minSpace=Math.min(minSpaceNode,minSpace);maxSpace=Math.min(maxSpaceNode,maxSpace);if(level<=maxLevel){min=Math.min(position,min);max=Math.max(position,max)}}}return[min,max,minSpace,maxSpace]};var getMaxLevel=function getMaxLevel(nodeId){var level=_this2.hierarchicalLevels[nodeId];if(_this2.hierarchicalChildrenReference[nodeId]){var children=_this2.hierarchicalChildrenReference[nodeId];if(children.length>0){for(var i=0;i<children.length;i++){level=Math.max(level,getMaxLevel(children[i]))}}}return level};var getCollisionLevel=function getCollisionLevel(node1,node2){var maxLevel1=getMaxLevel(node1.id);var maxLevel2=getMaxLevel(node2.id);return Math.min(maxLevel1,maxLevel2)};var hasSameParent=function hasSameParent(node1,node2){var parents1=_this2.hierarchicalParentReference[node1.id];var parents2=_this2.hierarchicalParentReference[node2.id];if(parents1===undefined||parents2===undefined){return false}for(var i=0;i<parents1.length;i++){for(var j=0;j<parents2.length;j++){if(parents1[i]==parents2[j]){return true}}}return false};var shiftElementsCloser=function shiftElementsCloser(callback,levels,centerParents){for(var i=0;i<levels.length;i++){var level=levels[i];var levelNodes=_this2.distributionOrdering[level];if(levelNodes.length>1){for(var j=0;j<levelNodes.length-1;j++){if(hasSameParent(levelNodes[j],levelNodes[j+1])===true){if(_this2.hierarchicalTrees[levelNodes[j].id]===_this2.hierarchicalTrees[levelNodes[j+1].id]){callback(levelNodes[j],levelNodes[j+1],centerParents)}}}}}};var branchShiftCallback=function branchShiftCallback(node1,node2){var centerParent=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var pos1=_this2._getPositionForHierarchy(node1);var pos2=_this2._getPositionForHierarchy(node2);var diffAbs=Math.abs(pos2-pos1);if(diffAbs>_this2.options.hierarchical.nodeSpacing){var branchNodes1={};branchNodes1[node1.id]=true;var branchNodes2={};branchNodes2[node2.id]=true;getBranchNodes(node1,branchNodes1);getBranchNodes(node2,branchNodes2);var maxLevel=getCollisionLevel(node1,node2);var _getBranchBoundary=getBranchBoundary(branchNodes1,maxLevel),_getBranchBoundary2=_slicedToArray(_getBranchBoundary,4),min1=_getBranchBoundary2[0],max1=_getBranchBoundary2[1],minSpace1=_getBranchBoundary2[2],maxSpace1=_getBranchBoundary2[3];var _getBranchBoundary3=getBranchBoundary(branchNodes2,maxLevel),_getBranchBoundary4=_slicedToArray(_getBranchBoundary3,4),min2=_getBranchBoundary4[0],max2=_getBranchBoundary4[1],minSpace2=_getBranchBoundary4[2],maxSpace2=_getBranchBoundary4[3];var diffBranch=Math.abs(max1-min2);if(diffBranch>_this2.options.hierarchical.nodeSpacing){var offset=max1-min2+_this2.options.hierarchical.nodeSpacing;if(offset<-minSpace2+_this2.options.hierarchical.nodeSpacing){offset=-minSpace2+_this2.options.hierarchical.nodeSpacing}if(offset<0){_this2._shiftBlock(node2.id,offset);stillShifting=true;if(centerParent===true)_this2._centerParent(node2)}}}};var minimizeEdgeLength=function minimizeEdgeLength(iterations,node){var nodeId=node.id;var allEdges=node.edges;var nodeLevel=_this2.hierarchicalLevels[node.id];var C2=_this2.options.hierarchical.levelSeparation*_this2.options.hierarchical.levelSeparation;var referenceNodes={};var aboveEdges=[];for(var i=0;i<allEdges.length;i++){var edge=allEdges[i];if(edge.toId!=edge.fromId){var otherNode=edge.toId==nodeId?edge.from:edge.to;referenceNodes[allEdges[i].id]=otherNode;if(_this2.hierarchicalLevels[otherNode.id]<nodeLevel){aboveEdges.push(edge)}}}var getFx=function getFx(point,edges){var sum=0;for(var _i2=0;_i2<edges.length;_i2++){if(referenceNodes[edges[_i2].id]!==undefined){var a=_this2._getPositionForHierarchy(referenceNodes[edges[_i2].id])-point;sum+=a/Math.sqrt(a*a+C2)}}return sum};var getDFx=function getDFx(point,edges){var sum=0;for(var _i3=0;_i3<edges.length;_i3++){if(referenceNodes[edges[_i3].id]!==undefined){var a=_this2._getPositionForHierarchy(referenceNodes[edges[_i3].id])-point;sum-=C2*Math.pow(a*a+C2,-1.5)}}return sum};var getGuess=function getGuess(iterations,edges){var guess=_this2._getPositionForHierarchy(node);var guessMap={};for(var _i4=0;_i4<iterations;_i4++){var fx=getFx(guess,edges);var dfx=getDFx(guess,edges);var limit=40;var ratio=Math.max(-limit,Math.min(limit,Math.round(fx/dfx)));guess=guess-ratio;if(guessMap[guess]!==undefined){break}guessMap[guess]=_i4}return guess};var moveBranch=function moveBranch(guess){var nodePosition=_this2._getPositionForHierarchy(node);if(branches[node.id]===undefined){var branchNodes={};branchNodes[node.id]=true;getBranchNodes(node,branchNodes);branches[node.id]=branchNodes}var _getBranchBoundary5=getBranchBoundary(branches[node.id]),_getBranchBoundary6=_slicedToArray(_getBranchBoundary5,4),minBranch=_getBranchBoundary6[0],maxBranch=_getBranchBoundary6[1],minSpaceBranch=_getBranchBoundary6[2],maxSpaceBranch=_getBranchBoundary6[3];var diff=guess-nodePosition;var branchOffset=0;if(diff>0){branchOffset=Math.min(diff,maxSpaceBranch-_this2.options.hierarchical.nodeSpacing)}else if(diff<0){branchOffset=-Math.min(-diff,minSpaceBranch-_this2.options.hierarchical.nodeSpacing)}if(branchOffset!=0){_this2._shiftBlock(node.id,branchOffset);stillShifting=true}};var moveNode=function moveNode(guess){var nodePosition=_this2._getPositionForHierarchy(node);var _getSpaceAroundNode4=_this2._getSpaceAroundNode(node),_getSpaceAroundNode5=_slicedToArray(_getSpaceAroundNode4,2),minSpace=_getSpaceAroundNode5[0],maxSpace=_getSpaceAroundNode5[1];var diff=guess-nodePosition;var newPosition=nodePosition;if(diff>0){newPosition=Math.min(nodePosition+(maxSpace-_this2.options.hierarchical.nodeSpacing),guess)}else if(diff<0){newPosition=Math.max(nodePosition-(minSpace-_this2.options.hierarchical.nodeSpacing),guess)}if(newPosition!==nodePosition){_this2._setPositionForHierarchy(node,newPosition,undefined,true);stillShifting=true}};var guess=getGuess(iterations,aboveEdges);moveBranch(guess);guess=getGuess(iterations,allEdges);moveNode(guess)};var minimizeEdgeLengthBottomUp=function minimizeEdgeLengthBottomUp(iterations){var levels=Object.keys(_this2.distributionOrdering);levels=levels.reverse();for(var i=0;i<iterations;i++){stillShifting=false;for(var j=0;j<levels.length;j++){var level=levels[j];var levelNodes=_this2.distributionOrdering[level];for(var k=0;k<levelNodes.length;k++){minimizeEdgeLength(1e3,levelNodes[k])}}if(stillShifting!==true){break}}};var shiftBranchesCloserBottomUp=function shiftBranchesCloserBottomUp(iterations){var levels=Object.keys(_this2.distributionOrdering);levels=levels.reverse();for(var i=0;i<iterations;i++){stillShifting=false;shiftElementsCloser(branchShiftCallback,levels,true);if(stillShifting!==true){break}}};var centerAllParents=function centerAllParents(){for(var nodeId in _this2.body.nodes){if(_this2.body.nodes.hasOwnProperty(nodeId))_this2._centerParent(_this2.body.nodes[nodeId])}};var centerAllParentsBottomUp=function centerAllParentsBottomUp(){var levels=Object.keys(_this2.distributionOrdering);levels=levels.reverse();for(var i=0;i<levels.length;i++){var level=levels[i];var levelNodes=_this2.distributionOrdering[level];for(var j=0;j<levelNodes.length;j++){_this2._centerParent(levelNodes[j])}}};if(this.options.hierarchical.blockShifting===true){shiftBranchesCloserBottomUp(5);centerAllParents()}if(this.options.hierarchical.edgeMinimization===true){minimizeEdgeLengthBottomUp(20)}if(this.options.hierarchical.parentCentralization===true){centerAllParentsBottomUp()}shiftTrees()}},{key:\"_getSpaceAroundNode\",value:function _getSpaceAroundNode(node,map){var useMap=true;if(map===undefined){useMap=false}var level=this.hierarchicalLevels[node.id];if(level!==undefined){var index=this.distributionIndex[node.id];var position=this._getPositionForHierarchy(node);var minSpace=1e9;var maxSpace=1e9;if(index!==0){var prevNode=this.distributionOrdering[level][index-1];if(useMap===true&&map[prevNode.id]===undefined||useMap===false){var prevPos=this._getPositionForHierarchy(prevNode);minSpace=position-prevPos}}if(index!=this.distributionOrdering[level].length-1){var nextNode=this.distributionOrdering[level][index+1];if(useMap===true&&map[nextNode.id]===undefined||useMap===false){var nextPos=this._getPositionForHierarchy(nextNode);maxSpace=Math.min(maxSpace,nextPos-position)}}return[minSpace,maxSpace]}else{return[0,0]}}},{key:\"_centerParent\",value:function _centerParent(node){if(this.hierarchicalParentReference[node.id]){var parents=this.hierarchicalParentReference[node.id];for(var i=0;i<parents.length;i++){var parentId=parents[i];var parentNode=this.body.nodes[parentId];if(this.hierarchicalChildrenReference[parentId]){var minPos=1e9;var maxPos=-1e9;var children=this.hierarchicalChildrenReference[parentId];\nif(children.length>0){for(var _i5=0;_i5<children.length;_i5++){var childNode=this.body.nodes[children[_i5]];minPos=Math.min(minPos,this._getPositionForHierarchy(childNode));maxPos=Math.max(maxPos,this._getPositionForHierarchy(childNode))}}var position=this._getPositionForHierarchy(parentNode);var _getSpaceAroundNode6=this._getSpaceAroundNode(parentNode),_getSpaceAroundNode7=_slicedToArray(_getSpaceAroundNode6,2),minSpace=_getSpaceAroundNode7[0],maxSpace=_getSpaceAroundNode7[1];var newPosition=.5*(minPos+maxPos);var diff=position-newPosition;if(diff<0&&Math.abs(diff)<maxSpace-this.options.hierarchical.nodeSpacing||diff>0&&Math.abs(diff)<minSpace-this.options.hierarchical.nodeSpacing){this._setPositionForHierarchy(parentNode,newPosition,undefined,true)}}}}}},{key:\"_placeNodesByHierarchy\",value:function _placeNodesByHierarchy(distribution){this.positionedNodes={};for(var level in distribution){if(distribution.hasOwnProperty(level)){var nodeArray=Object.keys(distribution[level]);nodeArray=this._indexArrayToNodes(nodeArray);this._sortNodeArray(nodeArray);var handledNodeCount=0;for(var i=0;i<nodeArray.length;i++){var node=nodeArray[i];if(this.positionedNodes[node.id]===undefined){var pos=this.options.hierarchical.nodeSpacing*handledNodeCount;if(handledNodeCount>0){pos=this._getPositionForHierarchy(nodeArray[i-1])+this.options.hierarchical.nodeSpacing}this._setPositionForHierarchy(node,pos,level);this._validataPositionAndContinue(node,level,pos);handledNodeCount++}}}}}},{key:\"_placeBranchNodes\",value:function _placeBranchNodes(parentId,parentLevel){if(this.hierarchicalChildrenReference[parentId]===undefined){return}var childNodes=[];for(var i=0;i<this.hierarchicalChildrenReference[parentId].length;i++){childNodes.push(this.body.nodes[this.hierarchicalChildrenReference[parentId][i]])}this._sortNodeArray(childNodes);for(var _i6=0;_i6<childNodes.length;_i6++){var childNode=childNodes[_i6];var childNodeLevel=this.hierarchicalLevels[childNode.id];if(childNodeLevel>parentLevel&&this.positionedNodes[childNode.id]===undefined){var pos=void 0;if(_i6===0){pos=this._getPositionForHierarchy(this.body.nodes[parentId])}else{pos=this._getPositionForHierarchy(childNodes[_i6-1])+this.options.hierarchical.nodeSpacing}this._setPositionForHierarchy(childNode,pos,childNodeLevel);this._validataPositionAndContinue(childNode,childNodeLevel,pos)}else{return}}var minPos=1e9;var maxPos=-1e9;for(var _i7=0;_i7<childNodes.length;_i7++){var childNodeId=childNodes[_i7].id;minPos=Math.min(minPos,this._getPositionForHierarchy(this.body.nodes[childNodeId]));maxPos=Math.max(maxPos,this._getPositionForHierarchy(this.body.nodes[childNodeId]))}this._setPositionForHierarchy(this.body.nodes[parentId],.5*(minPos+maxPos),parentLevel)}},{key:\"_validataPositionAndContinue\",value:function _validataPositionAndContinue(node,level,pos){if(this.lastNodeOnLevel[level]!==undefined){var previousPos=this._getPositionForHierarchy(this.body.nodes[this.lastNodeOnLevel[level]]);if(pos-previousPos<this.options.hierarchical.nodeSpacing){var diff=previousPos+this.options.hierarchical.nodeSpacing-pos;var sharedParent=this._findCommonParent(this.lastNodeOnLevel[level],node.id);this._shiftBlock(sharedParent.withChild,diff)}}this.lastNodeOnLevel[level]=node.id;this.positionedNodes[node.id]=true;this._placeBranchNodes(node.id,level)}},{key:\"_indexArrayToNodes\",value:function _indexArrayToNodes(idArray){var array=[];for(var i=0;i<idArray.length;i++){array.push(this.body.nodes[idArray[i]])}return array}},{key:\"_getDistribution\",value:function _getDistribution(){var distribution={};var nodeId=void 0,node=void 0;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];var level=this.hierarchicalLevels[nodeId]===undefined?0:this.hierarchicalLevels[nodeId];if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){node.y=this.options.hierarchical.levelSeparation*level;node.options.fixed.y=true}else{node.x=this.options.hierarchical.levelSeparation*level;node.options.fixed.x=true}if(distribution[level]===undefined){distribution[level]={}}distribution[level][nodeId]=node}}return distribution}},{key:\"_getHubSize\",value:function _getHubSize(){var hubSize=0;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(this.hierarchicalLevels[nodeId]===undefined){hubSize=node.edges.length<hubSize?hubSize:node.edges.length}}}return hubSize}},{key:\"_determineLevelsByHubsize\",value:function _determineLevelsByHubsize(){var _this3=this;var hubSize=1;var levelDownstream=function levelDownstream(nodeA,nodeB){if(_this3.hierarchicalLevels[nodeB.id]===undefined){if(_this3.hierarchicalLevels[nodeA.id]===undefined){_this3.hierarchicalLevels[nodeA.id]=0}_this3.hierarchicalLevels[nodeB.id]=_this3.hierarchicalLevels[nodeA.id]+1}};while(hubSize>0){hubSize=this._getHubSize();if(hubSize===0)break;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(node.edges.length===hubSize){this._crawlNetwork(levelDownstream,nodeId)}}}}}},{key:\"_determineLevelsCustomCallback\",value:function _determineLevelsCustomCallback(){var _this4=this;var minLevel=1e5;var customCallback=function customCallback(nodeA,nodeB,edge){};var levelByDirection=function levelByDirection(nodeA,nodeB,edge){var levelA=_this4.hierarchicalLevels[nodeA.id];if(levelA===undefined){_this4.hierarchicalLevels[nodeA.id]=minLevel}var diff=customCallback(_NetworkUtil2.default.cloneOptions(nodeA,\"node\"),_NetworkUtil2.default.cloneOptions(nodeB,\"node\"),_NetworkUtil2.default.cloneOptions(edge,\"edge\"));_this4.hierarchicalLevels[nodeB.id]=_this4.hierarchicalLevels[nodeA.id]+diff};this._crawlNetwork(levelByDirection);this._setMinLevelToZero()}},{key:\"_determineLevelsDirected\",value:function _determineLevelsDirected(){var _this5=this;var minLevel=1e4;var levelByDirection=function levelByDirection(nodeA,nodeB,edge){var levelA=_this5.hierarchicalLevels[nodeA.id];if(levelA===undefined){_this5.hierarchicalLevels[nodeA.id]=minLevel}if(edge.toId==nodeB.id){_this5.hierarchicalLevels[nodeB.id]=_this5.hierarchicalLevels[nodeA.id]+1}else{_this5.hierarchicalLevels[nodeB.id]=_this5.hierarchicalLevels[nodeA.id]-1}};this._crawlNetwork(levelByDirection);this._setMinLevelToZero()}},{key:\"_setMinLevelToZero\",value:function _setMinLevelToZero(){var minLevel=1e9;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){if(this.hierarchicalLevels[nodeId]!==undefined){minLevel=Math.min(this.hierarchicalLevels[nodeId],minLevel)}}}for(var _nodeId2 in this.body.nodes){if(this.body.nodes.hasOwnProperty(_nodeId2)){if(this.hierarchicalLevels[_nodeId2]!==undefined){this.hierarchicalLevels[_nodeId2]-=minLevel}}}}},{key:\"_generateMap\",value:function _generateMap(){var _this6=this;var fillInRelations=function fillInRelations(parentNode,childNode){if(_this6.hierarchicalLevels[childNode.id]>_this6.hierarchicalLevels[parentNode.id]){var parentNodeId=parentNode.id;var childNodeId=childNode.id;if(_this6.hierarchicalChildrenReference[parentNodeId]===undefined){_this6.hierarchicalChildrenReference[parentNodeId]=[]}_this6.hierarchicalChildrenReference[parentNodeId].push(childNodeId);if(_this6.hierarchicalParentReference[childNodeId]===undefined){_this6.hierarchicalParentReference[childNodeId]=[]}_this6.hierarchicalParentReference[childNodeId].push(parentNodeId)}};this._crawlNetwork(fillInRelations)}},{key:\"_crawlNetwork\",value:function _crawlNetwork(){var _this7=this;var callback=arguments.length>0&&arguments[0]!==undefined?arguments[0]:function(){};var startingNodeId=arguments[1];var progress={};var treeIndex=0;var crawler=function crawler(node,tree){if(progress[node.id]===undefined){if(_this7.hierarchicalTrees[node.id]===undefined){_this7.hierarchicalTrees[node.id]=tree;_this7.treeIndex=Math.max(tree,_this7.treeIndex)}progress[node.id]=true;var childNode=void 0;for(var i=0;i<node.edges.length;i++){if(node.edges[i].connected===true){if(node.edges[i].toId===node.id){childNode=node.edges[i].from}else{childNode=node.edges[i].to}if(node.id!==childNode.id){callback(node,childNode,node.edges[i]);crawler(childNode,tree)}}}}};if(startingNodeId===undefined){for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(progress[node.id]===undefined){crawler(node,treeIndex);treeIndex+=1}}}else{var _node=this.body.nodes[startingNodeId];if(_node===undefined){console.error(\"Node not found:\",startingNodeId);return}crawler(_node)}}},{key:\"_shiftBlock\",value:function _shiftBlock(parentId,diff){if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){this.body.nodes[parentId].x+=diff}else{this.body.nodes[parentId].y+=diff}if(this.hierarchicalChildrenReference[parentId]!==undefined){for(var i=0;i<this.hierarchicalChildrenReference[parentId].length;i++){this._shiftBlock(this.hierarchicalChildrenReference[parentId][i],diff)}}}},{key:\"_findCommonParent\",value:function _findCommonParent(childA,childB){var _this8=this;var parents={};var iterateParents=function iterateParents(parents,child){if(_this8.hierarchicalParentReference[child]!==undefined){for(var i=0;i<_this8.hierarchicalParentReference[child].length;i++){var parent=_this8.hierarchicalParentReference[child][i];parents[parent]=true;iterateParents(parents,parent)}}};var findParent=function findParent(parents,child){if(_this8.hierarchicalParentReference[child]!==undefined){for(var i=0;i<_this8.hierarchicalParentReference[child].length;i++){var parent=_this8.hierarchicalParentReference[child][i];if(parents[parent]!==undefined){return{foundParent:parent,withChild:child}}var branch=findParent(parents,parent);if(branch.foundParent!==null){return branch}}}return{foundParent:null,withChild:child}};iterateParents(parents,childA);return findParent(parents,childB)}},{key:\"_setPositionForHierarchy\",value:function _setPositionForHierarchy(node,position,level){var doNotUpdate=arguments.length>3&&arguments[3]!==undefined?arguments[3]:false;if(doNotUpdate!==true){if(this.distributionOrdering[level]===undefined){this.distributionOrdering[level]=[];this.distributionOrderingPresence[level]={}}if(this.distributionOrderingPresence[level][node.id]===undefined){this.distributionOrdering[level].push(node);this.distributionIndex[node.id]=this.distributionOrdering[level].length-1}this.distributionOrderingPresence[level][node.id]=true}if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){node.x=position}else{node.y=position}}},{key:\"_getPositionForHierarchy\",value:function _getPositionForHierarchy(node){if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){return node.x}else{return node.y}}},{key:\"_sortNodeArray\",value:function _sortNodeArray(nodeArray){if(nodeArray.length>1){if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){nodeArray.sort(function(a,b){return a.x-b.x})}else{nodeArray.sort(function(a,b){return a.y-b.y})}}}}]);return LayoutEngine}();exports.default=LayoutEngine},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(1);var Hammer=__webpack_require__(22);var hammerUtil=__webpack_require__(30);var ManipulationSystem=function(){function ManipulationSystem(body,canvas,selectionHandler){var _this=this;_classCallCheck(this,ManipulationSystem);this.body=body;this.canvas=canvas;this.selectionHandler=selectionHandler;this.editMode=false;this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined;this.manipulationHammers=[];this.temporaryUIFunctions={};this.temporaryEventFunctions=[];this.touchTime=0;this.temporaryIds={nodes:[],edges:[]};this.guiEnabled=false;this.inMode=false;this.selectedControlNode=undefined;this.options={};this.defaultOptions={enabled:false,initiallyActive:false,addNode:true,addEdge:true,editNode:undefined,editEdge:true,deleteNode:true,deleteEdge:true,controlNodeStyle:{shape:\"dot\",size:6,color:{background:\"#ff0000\",border:\"#3c3c3c\",highlight:{background:\"#07f968\",border:\"#3c3c3c\"}},borderWidth:2,borderWidthSelected:2}};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"destroy\",function(){_this._clean()});this.body.emitter.on(\"_dataChanged\",this._restore.bind(this));this.body.emitter.on(\"_resetData\",this._restore.bind(this))}_createClass(ManipulationSystem,[{key:\"_restore\",value:function _restore(){if(this.inMode!==false){if(this.options.initiallyActive===true){this.enableEditMode()}else{this.disableEditMode()}}}},{key:\"setOptions\",value:function setOptions(options,allOptions,globalOptions){if(allOptions!==undefined){if(allOptions.locale!==undefined){this.options.locale=allOptions.locale}else{this.options.locale=globalOptions.locale}if(allOptions.locales!==undefined){this.options.locales=allOptions.locales}else{this.options.locales=globalOptions.locales}}if(options!==undefined){if(typeof options===\"boolean\"){this.options.enabled=options}else{this.options.enabled=true;util.deepExtend(this.options,options)}if(this.options.initiallyActive===true){this.editMode=true}this._setup()}}},{key:\"toggleEditMode\",value:function toggleEditMode(){if(this.editMode===true){this.disableEditMode()}else{this.enableEditMode()}}},{key:\"enableEditMode\",value:function enableEditMode(){this.editMode=true;this._clean();if(this.guiEnabled===true){this.manipulationDiv.style.display=\"block\";this.closeDiv.style.display=\"block\";this.editModeDiv.style.display=\"none\";this.showManipulatorToolbar()}}},{key:\"disableEditMode\",value:function disableEditMode(){this.editMode=false;this._clean();if(this.guiEnabled===true){this.manipulationDiv.style.display=\"none\";this.closeDiv.style.display=\"none\";this.editModeDiv.style.display=\"block\";this._createEditButton()}}},{key:\"showManipulatorToolbar\",value:function showManipulatorToolbar(){this._clean();this.manipulationDOM={};if(this.guiEnabled===true){this.editMode=true;this.manipulationDiv.style.display=\"block\";this.closeDiv.style.display=\"block\";var selectedNodeCount=this.selectionHandler._getSelectedNodeCount();var selectedEdgeCount=this.selectionHandler._getSelectedEdgeCount();var selectedTotalCount=selectedNodeCount+selectedEdgeCount;var locale=this.options.locales[this.options.locale];var needSeperator=false;if(this.options.addNode!==false){this._createAddNodeButton(locale);needSeperator=true}if(this.options.addEdge!==false){if(needSeperator===true){this._createSeperator(1)}else{needSeperator=true}this._createAddEdgeButton(locale)}if(selectedNodeCount===1&&typeof this.options.editNode===\"function\"){if(needSeperator===true){this._createSeperator(2)}else{needSeperator=true}this._createEditNodeButton(locale)}else if(selectedEdgeCount===1&&selectedNodeCount===0&&this.options.editEdge!==false){if(needSeperator===true){this._createSeperator(3)}else{needSeperator=true}this._createEditEdgeButton(locale)}if(selectedTotalCount!==0){if(selectedNodeCount>0&&this.options.deleteNode!==false){if(needSeperator===true){this._createSeperator(4)}this._createDeleteButton(locale)}else if(selectedNodeCount===0&&this.options.deleteEdge!==false){if(needSeperator===true){this._createSeperator(4)}this._createDeleteButton(locale)}}this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this));this._temporaryBindEvent(\"select\",this.showManipulatorToolbar.bind(this))}this.body.emitter.emit(\"_redraw\")}},{key:\"addNodeMode\",value:function addNodeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"addNode\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"addDescription\"]||this.options.locales[\"en\"][\"addDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this._temporaryBindEvent(\"click\",this._performAddNode.bind(this))}},{key:\"editNode\",value:function editNode(){var _this2=this;if(this.editMode!==true){this.enableEditMode()}this._clean();var node=this.selectionHandler._getSelectedNode();if(node!==undefined){this.inMode=\"editNode\";if(typeof this.options.editNode===\"function\"){if(node.isCluster!==true){var data=util.deepExtend({},node.options,false);data.x=node.x;data.y=node.y;if(this.options.editNode.length===2){this.options.editNode(data,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this2.inMode===\"editNode\"){_this2.body.data.nodes.getDataSet().update(finalizedData)}_this2.showManipulatorToolbar()})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{alert(this.options.locales[this.options.locale][\"editClusterError\"]||this.options.locales[\"en\"][\"editClusterError\"])}}else{throw new Error(\"No function has been configured to handle the editing of nodes.\")}}else{this.showManipulatorToolbar()}}},{key:\"addEdgeMode\",value:function addEdgeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"addEdge\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"edgeDescription\"]||this.options.locales[\"en\"][\"edgeDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this._temporaryBindUI(\"onTouch\",this._handleConnect.bind(this));this._temporaryBindUI(\"onDragEnd\",this._finishConnect.bind(this));this._temporaryBindUI(\"onDrag\",this._dragControlNode.bind(this));this._temporaryBindUI(\"onRelease\",this._finishConnect.bind(this));this._temporaryBindUI(\"onDragStart\",function(){});this._temporaryBindUI(\"onHold\",function(){})}},{key:\"editEdgeMode\",value:function editEdgeMode(){var _this3=this;if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"editEdge\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"editEdgeDescription\"]||this.options.locales[\"en\"][\"editEdgeDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this.edgeBeingEditedId=this.selectionHandler.getSelectedEdges()[0];if(this.edgeBeingEditedId!==undefined){(function(){var edge=_this3.body.edges[_this3.edgeBeingEditedId];var controlNodeFrom=_this3._getNewTargetNode(edge.from.x,edge.from.y);var controlNodeTo=_this3._getNewTargetNode(edge.to.x,edge.to.y);_this3.temporaryIds.nodes.push(controlNodeFrom.id);_this3.temporaryIds.nodes.push(controlNodeTo.id);_this3.body.nodes[controlNodeFrom.id]=controlNodeFrom;_this3.body.nodeIndices.push(controlNodeFrom.id);_this3.body.nodes[controlNodeTo.id]=controlNodeTo;_this3.body.nodeIndices.push(controlNodeTo.id);_this3._temporaryBindUI(\"onTouch\",_this3._controlNodeTouch.bind(_this3));_this3._temporaryBindUI(\"onTap\",function(){});_this3._temporaryBindUI(\"onHold\",function(){});_this3._temporaryBindUI(\"onDragStart\",_this3._controlNodeDragStart.bind(_this3));_this3._temporaryBindUI(\"onDrag\",_this3._controlNodeDrag.bind(_this3));_this3._temporaryBindUI(\"onDragEnd\",_this3._controlNodeDragEnd.bind(_this3));_this3._temporaryBindUI(\"onMouseMove\",function(){});_this3._temporaryBindEvent(\"beforeDrawing\",function(ctx){var positions=edge.edgeType.findBorderPositions(ctx);if(controlNodeFrom.selected===false){controlNodeFrom.x=positions.from.x;controlNodeFrom.y=positions.from.y}if(controlNodeTo.selected===false){controlNodeTo.x=positions.to.x;controlNodeTo.y=positions.to.y}});_this3.body.emitter.emit(\"_redraw\")})()}else{this.showManipulatorToolbar()}}},{key:\"deleteSelected\",value:function deleteSelected(){var _this4=this;if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"delete\";var selectedNodes=this.selectionHandler.getSelectedNodes();var selectedEdges=this.selectionHandler.getSelectedEdges();var deleteFunction=undefined;if(selectedNodes.length>0){for(var i=0;i<selectedNodes.length;i++){if(this.body.nodes[selectedNodes[i]].isCluster===true){alert(this.options.locales[this.options.locale][\"deleteClusterError\"]||this.options.locales[\"en\"][\"deleteClusterError\"]);return}}if(typeof this.options.deleteNode===\"function\"){deleteFunction=this.options.deleteNode}}else if(selectedEdges.length>0){if(typeof this.options.deleteEdge===\"function\"){deleteFunction=this.options.deleteEdge}}if(typeof deleteFunction===\"function\"){var data={nodes:selectedNodes,edges:selectedEdges};if(deleteFunction.length===2){deleteFunction(data,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this4.inMode===\"delete\"){_this4.body.data.edges.getDataSet().remove(finalizedData.edges);_this4.body.data.nodes.getDataSet().remove(finalizedData.nodes);_this4.body.emitter.emit(\"startSimulation\");_this4.showManipulatorToolbar()}else{_this4.body.emitter.emit(\"startSimulation\");_this4.showManipulatorToolbar()}})}else{throw new Error(\"The function for delete does not support two arguments (data, callback)\")}}else{this.body.data.edges.getDataSet().remove(selectedEdges);this.body.data.nodes.getDataSet().remove(selectedNodes);this.body.emitter.emit(\"startSimulation\");this.showManipulatorToolbar()}}},{key:\"_setup\",value:function _setup(){if(this.options.enabled===true){this.guiEnabled=true;this._createWrappers();if(this.editMode===false){this._createEditButton()}else{this.showManipulatorToolbar()}}else{this._removeManipulationDOM();this.guiEnabled=false}}},{key:\"_createWrappers\",value:function _createWrappers(){if(this.manipulationDiv===undefined){this.manipulationDiv=document.createElement(\"div\");this.manipulationDiv.className=\"vis-manipulation\";if(this.editMode===true){this.manipulationDiv.style.display=\"block\"}else{this.manipulationDiv.style.display=\"none\"}this.canvas.frame.appendChild(this.manipulationDiv)}if(this.editModeDiv===undefined){this.editModeDiv=document.createElement(\"div\");this.editModeDiv.className=\"vis-edit-mode\";if(this.editMode===true){this.editModeDiv.style.display=\"none\"}else{this.editModeDiv.style.display=\"block\"}this.canvas.frame.appendChild(this.editModeDiv)}if(this.closeDiv===undefined){this.closeDiv=document.createElement(\"div\");this.closeDiv.className=\"vis-close\";this.closeDiv.style.display=this.manipulationDiv.style.display;this.canvas.frame.appendChild(this.closeDiv)}}},{key:\"_getNewTargetNode\",value:function _getNewTargetNode(x,y){var controlNodeStyle=util.deepExtend({},this.options.controlNodeStyle);controlNodeStyle.id=\"targetNode\"+util.randomUUID();controlNodeStyle.hidden=false;controlNodeStyle.physics=false;controlNodeStyle.x=x;controlNodeStyle.y=y;var node=this.body.functions.createNode(controlNodeStyle);node.shape.boundingBox={left:x,right:x,top:y,bottom:y};return node}},{key:\"_createEditButton\",value:function _createEditButton(){this._clean();this.manipulationDOM={};util.recursiveDOMDelete(this.editModeDiv);var locale=this.options.locales[this.options.locale];var button=this._createButton(\"editMode\",\"vis-button vis-edit vis-edit-mode\",locale[\"edit\"]||this.options.locales[\"en\"][\"edit\"]);this.editModeDiv.appendChild(button);this._bindHammerToDiv(button,this.toggleEditMode.bind(this))}},{key:\"_clean\",value:function _clean(){this.inMode=false;if(this.guiEnabled===true){util.recursiveDOMDelete(this.editModeDiv);util.recursiveDOMDelete(this.manipulationDiv);this._cleanManipulatorHammers()}this._cleanupTemporaryNodesAndEdges();this._unbindTemporaryUIs();this._unbindTemporaryEvents();this.body.emitter.emit(\"restorePhysics\")}},{key:\"_cleanManipulatorHammers\",value:function _cleanManipulatorHammers(){if(this.manipulationHammers.length!=0){for(var i=0;i<this.manipulationHammers.length;i++){this.manipulationHammers[i].destroy()}this.manipulationHammers=[]}}},{key:\"_removeManipulationDOM\",value:function _removeManipulationDOM(){this._clean();util.recursiveDOMDelete(this.manipulationDiv);util.recursiveDOMDelete(this.editModeDiv);util.recursiveDOMDelete(this.closeDiv);if(this.manipulationDiv){this.canvas.frame.removeChild(this.manipulationDiv)}if(this.editModeDiv){this.canvas.frame.removeChild(this.editModeDiv)}if(this.closeDiv){this.canvas.frame.removeChild(this.closeDiv)}this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined}},{key:\"_createSeperator\",value:function _createSeperator(){var index=arguments.length>0&&arguments[0]!==undefined?arguments[0]:1;this.manipulationDOM[\"seperatorLineDiv\"+index]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv\"+index].className=\"vis-separator-line\";this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv\"+index])}},{key:\"_createAddNodeButton\",value:function _createAddNodeButton(locale){var button=this._createButton(\"addNode\",\"vis-button vis-add\",locale[\"addNode\"]||this.options.locales[\"en\"][\"addNode\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.addNodeMode.bind(this))}},{key:\"_createAddEdgeButton\",value:function _createAddEdgeButton(locale){var button=this._createButton(\"addEdge\",\"vis-button vis-connect\",locale[\"addEdge\"]||this.options.locales[\"en\"][\"addEdge\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.addEdgeMode.bind(this))}},{key:\"_createEditNodeButton\",value:function _createEditNodeButton(locale){var button=this._createButton(\"editNode\",\"vis-button vis-edit\",locale[\"editNode\"]||this.options.locales[\"en\"][\"editNode\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.editNode.bind(this))}},{key:\"_createEditEdgeButton\",value:function _createEditEdgeButton(locale){var button=this._createButton(\"editEdge\",\"vis-button vis-edit\",locale[\"editEdge\"]||this.options.locales[\"en\"][\"editEdge\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.editEdgeMode.bind(this))}},{key:\"_createDeleteButton\",value:function _createDeleteButton(locale){if(this.options.rtl){var deleteBtnClass=\"vis-button vis-delete-rtl\"}else{var deleteBtnClass=\"vis-button vis-delete\"}var button=this._createButton(\"delete\",deleteBtnClass,locale[\"del\"]||this.options.locales[\"en\"][\"del\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.deleteSelected.bind(this))}},{key:\"_createBackButton\",value:function _createBackButton(locale){var button=this._createButton(\"back\",\"vis-button vis-back\",locale[\"back\"]||this.options.locales[\"en\"][\"back\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.showManipulatorToolbar.bind(this))}},{key:\"_createButton\",value:function _createButton(id,className,label){var labelClassName=arguments.length>3&&arguments[3]!==undefined?arguments[3]:\"vis-label\";this.manipulationDOM[id+\"Div\"]=document.createElement(\"div\");this.manipulationDOM[id+\"Div\"].className=className;this.manipulationDOM[id+\"Label\"]=document.createElement(\"div\");this.manipulationDOM[id+\"Label\"].className=labelClassName;this.manipulationDOM[id+\"Label\"].innerHTML=label;this.manipulationDOM[id+\"Div\"].appendChild(this.manipulationDOM[id+\"Label\"]);return this.manipulationDOM[id+\"Div\"]}},{key:\"_createDescription\",value:function _createDescription(label){this.manipulationDiv.appendChild(this._createButton(\"description\",\"vis-button vis-none\",label))}},{key:\"_temporaryBindEvent\",value:function _temporaryBindEvent(event,newFunction){this.temporaryEventFunctions.push({event:event,boundFunction:newFunction});this.body.emitter.on(event,newFunction)}},{key:\"_temporaryBindUI\",value:function _temporaryBindUI(UIfunctionName,newFunction){if(this.body.eventListeners[UIfunctionName]!==undefined){this.temporaryUIFunctions[UIfunctionName]=this.body.eventListeners[UIfunctionName];this.body.eventListeners[UIfunctionName]=newFunction}else{throw new Error(\"This UI function does not exist. Typo? You tried: \"+UIfunctionName+\" possible are: \"+JSON.stringify(Object.keys(this.body.eventListeners)))}}},{key:\"_unbindTemporaryUIs\",value:function _unbindTemporaryUIs(){for(var functionName in this.temporaryUIFunctions){if(this.temporaryUIFunctions.hasOwnProperty(functionName)){this.body.eventListeners[functionName]=this.temporaryUIFunctions[functionName];delete this.temporaryUIFunctions[functionName]}}this.temporaryUIFunctions={}}},{key:\"_unbindTemporaryEvents\",value:function _unbindTemporaryEvents(){for(var i=0;i<this.temporaryEventFunctions.length;i++){var eventName=this.temporaryEventFunctions[i].event;var boundFunction=this.temporaryEventFunctions[i].boundFunction;this.body.emitter.off(eventName,boundFunction)}this.temporaryEventFunctions=[]}},{key:\"_bindHammerToDiv\",value:function _bindHammerToDiv(domElement,boundFunction){var hammer=new Hammer(domElement,{});hammerUtil.onTouch(hammer,boundFunction);this.manipulationHammers.push(hammer)}},{key:\"_cleanupTemporaryNodesAndEdges\",value:function _cleanupTemporaryNodesAndEdges(){for(var i=0;i<this.temporaryIds.edges.length;i++){this.body.edges[this.temporaryIds.edges[i]].disconnect();delete this.body.edges[this.temporaryIds.edges[i]];var indexTempEdge=this.body.edgeIndices.indexOf(this.temporaryIds.edges[i]);if(indexTempEdge!==-1){this.body.edgeIndices.splice(indexTempEdge,1)}}for(var _i=0;_i<this.temporaryIds.nodes.length;_i++){delete this.body.nodes[this.temporaryIds.nodes[_i]];var indexTempNode=this.body.nodeIndices.indexOf(this.temporaryIds.nodes[_i]);if(indexTempNode!==-1){this.body.nodeIndices.splice(indexTempNode,1)}}this.temporaryIds={nodes:[],edges:[]}}},{key:\"_controlNodeTouch\",value:function _controlNodeTouch(event){this.selectionHandler.unselectAll();this.lastTouch=this.body.functions.getPointer(event.center);this.lastTouch.translation=util.extend({},this.body.view.translation)}},{key:\"_controlNodeDragStart\",value:function _controlNodeDragStart(event){var pointer=this.lastTouch;var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var from=this.body.nodes[this.temporaryIds.nodes[0]];var to=this.body.nodes[this.temporaryIds.nodes[1]];var edge=this.body.edges[this.edgeBeingEditedId];this.selectedControlNode=undefined;var fromSelect=from.isOverlappingWith(pointerObj);var toSelect=to.isOverlappingWith(pointerObj);if(fromSelect===true){this.selectedControlNode=from;edge.edgeType.from=from}else if(toSelect===true){this.selectedControlNode=to;edge.edgeType.to=to}if(this.selectedControlNode!==undefined){this.selectionHandler.selectObject(this.selectedControlNode)}this.body.emitter.emit(\"_redraw\")}},{key:\"_controlNodeDrag\",value:function _controlNodeDrag(event){this.body.emitter.emit(\"disablePhysics\");var pointer=this.body.functions.getPointer(event.center);var pos=this.canvas.DOMtoCanvas(pointer);if(this.selectedControlNode!==undefined){this.selectedControlNode.x=pos.x;this.selectedControlNode.y=pos.y}else{var diffX=pointer.x-this.lastTouch.x;var diffY=pointer.y-this.lastTouch.y;this.body.view.translation={x:this.lastTouch.translation.x+diffX,y:this.lastTouch.translation.y+diffY}}this.body.emitter.emit(\"_redraw\")}},{key:\"_controlNodeDragEnd\",value:function _controlNodeDragEnd(event){var pointer=this.body.functions.getPointer(event.center);var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var edge=this.body.edges[this.edgeBeingEditedId];if(this.selectedControlNode===undefined){return}this.selectionHandler.unselectAll();var overlappingNodeIds=this.selectionHandler._getAllNodesOverlappingWith(pointerObj);var node=undefined;\nfor(var i=overlappingNodeIds.length-1;i>=0;i--){if(overlappingNodeIds[i]!==this.selectedControlNode.id){node=this.body.nodes[overlappingNodeIds[i]];break}}if(node!==undefined&&this.selectedControlNode!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{var from=this.body.nodes[this.temporaryIds.nodes[0]];if(this.selectedControlNode.id===from.id){this._performEditEdge(node.id,edge.to.id)}else{this._performEditEdge(edge.from.id,node.id)}}}else{edge.updateEdgeType();this.body.emitter.emit(\"restorePhysics\")}this.body.emitter.emit(\"_redraw\")}},{key:\"_handleConnect\",value:function _handleConnect(event){if((new Date).valueOf()-this.touchTime>100){this.lastTouch=this.body.functions.getPointer(event.center);this.lastTouch.translation=util.extend({},this.body.view.translation);var pointer=this.lastTouch;var node=this.selectionHandler.getNodeAt(pointer);if(node!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{var targetNode=this._getNewTargetNode(node.x,node.y);this.body.nodes[targetNode.id]=targetNode;this.body.nodeIndices.push(targetNode.id);var connectionEdge=this.body.functions.createEdge({id:\"connectionEdge\"+util.randomUUID(),from:node.id,to:targetNode.id,physics:false,smooth:{enabled:true,type:\"continuous\",roundness:.5}});this.body.edges[connectionEdge.id]=connectionEdge;this.body.edgeIndices.push(connectionEdge.id);this.temporaryIds.nodes.push(targetNode.id);this.temporaryIds.edges.push(connectionEdge.id)}}this.touchTime=(new Date).valueOf()}}},{key:\"_dragControlNode\",value:function _dragControlNode(event){var pointer=this.body.functions.getPointer(event.center);if(this.temporaryIds.nodes[0]!==undefined){var targetNode=this.body.nodes[this.temporaryIds.nodes[0]];targetNode.x=this.canvas._XconvertDOMtoCanvas(pointer.x);targetNode.y=this.canvas._YconvertDOMtoCanvas(pointer.y);this.body.emitter.emit(\"_redraw\")}else{var diffX=pointer.x-this.lastTouch.x;var diffY=pointer.y-this.lastTouch.y;this.body.view.translation={x:this.lastTouch.translation.x+diffX,y:this.lastTouch.translation.y+diffY}}}},{key:\"_finishConnect\",value:function _finishConnect(event){var pointer=this.body.functions.getPointer(event.center);var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var connectFromId=undefined;if(this.temporaryIds.edges[0]!==undefined){connectFromId=this.body.edges[this.temporaryIds.edges[0]].fromId}var overlappingNodeIds=this.selectionHandler._getAllNodesOverlappingWith(pointerObj);var node=undefined;for(var i=overlappingNodeIds.length-1;i>=0;i--){if(this.temporaryIds.nodes.indexOf(overlappingNodeIds[i])===-1){node=this.body.nodes[overlappingNodeIds[i]];break}}this._cleanupTemporaryNodesAndEdges();if(node!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{if(this.body.nodes[connectFromId]!==undefined&&this.body.nodes[node.id]!==undefined){this._performAddEdge(connectFromId,node.id)}}}this.body.emitter.emit(\"_redraw\")}},{key:\"_performAddNode\",value:function _performAddNode(clickData){var _this5=this;var defaultData={id:util.randomUUID(),x:clickData.pointer.canvas.x,y:clickData.pointer.canvas.y,label:\"new\"};if(typeof this.options.addNode===\"function\"){if(this.options.addNode.length===2){this.options.addNode(defaultData,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this5.inMode===\"addNode\"){_this5.body.data.nodes.getDataSet().add(finalizedData);_this5.showManipulatorToolbar()}})}else{throw new Error(\"The function for add does not support two arguments (data,callback)\");this.showManipulatorToolbar()}}else{this.body.data.nodes.getDataSet().add(defaultData);this.showManipulatorToolbar()}}},{key:\"_performAddEdge\",value:function _performAddEdge(sourceNodeId,targetNodeId){var _this6=this;var defaultData={from:sourceNodeId,to:targetNodeId};if(typeof this.options.addEdge===\"function\"){if(this.options.addEdge.length===2){this.options.addEdge(defaultData,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this6.inMode===\"addEdge\"){_this6.body.data.edges.getDataSet().add(finalizedData);_this6.selectionHandler.unselectAll();_this6.showManipulatorToolbar()}})}else{throw new Error(\"The function for connect does not support two arguments (data,callback)\")}}else{this.body.data.edges.getDataSet().add(defaultData);this.selectionHandler.unselectAll();this.showManipulatorToolbar()}}},{key:\"_performEditEdge\",value:function _performEditEdge(sourceNodeId,targetNodeId){var _this7=this;var defaultData={id:this.edgeBeingEditedId,from:sourceNodeId,to:targetNodeId};if(typeof this.options.editEdge===\"function\"){if(this.options.editEdge.length===2){this.options.editEdge(defaultData,function(finalizedData){if(finalizedData===null||finalizedData===undefined||_this7.inMode!==\"editEdge\"){_this7.body.edges[defaultData.id].updateEdgeType();_this7.body.emitter.emit(\"_redraw\")}else{_this7.body.data.edges.getDataSet().update(finalizedData);_this7.selectionHandler.unselectAll();_this7.showManipulatorToolbar()}})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{this.body.data.edges.getDataSet().update(defaultData);this.selectionHandler.unselectAll();this.showManipulatorToolbar()}}}]);return ManipulationSystem}();exports.default=ManipulationSystem},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var object=\"object\";var dom=\"dom\";var any=\"any\";var allOptions={configure:{enabled:{boolean:boolean},filter:{boolean:boolean,string:string,array:array,function:\"function\"},container:{dom:dom},showButton:{boolean:boolean},__type__:{object:object,boolean:boolean,string:string,array:array,function:\"function\"}},edges:{arrows:{to:{enabled:{boolean:boolean},scaleFactor:{number:number},type:{string:[\"arrow\",\"circle\"]},__type__:{object:object,boolean:boolean}},middle:{enabled:{boolean:boolean},scaleFactor:{number:number},type:{string:[\"arrow\",\"circle\"]},__type__:{object:object,boolean:boolean}},from:{enabled:{boolean:boolean},scaleFactor:{number:number},type:{string:[\"arrow\",\"circle\"]},__type__:{object:object,boolean:boolean}},__type__:{string:[\"from\",\"to\",\"middle\"],object:object}},arrowStrikethrough:{boolean:boolean},color:{color:{string:string},highlight:{string:string},hover:{string:string},inherit:{string:[\"from\",\"to\",\"both\"],boolean:boolean},opacity:{number:number},__type__:{object:object,string:string}},dashes:{boolean:boolean,array:array},font:{color:{string:string},size:{number:number},face:{string:string},background:{string:string},strokeWidth:{number:number},strokeColor:{string:string},align:{string:[\"horizontal\",\"top\",\"middle\",\"bottom\"]},__type__:{object:object,string:string}},hidden:{boolean:boolean},hoverWidth:{function:\"function\",number:number},label:{string:string,undefined:\"undefined\"},labelHighlightBold:{boolean:boolean},length:{number:number,undefined:\"undefined\"},physics:{boolean:boolean},scaling:{min:{number:number},max:{number:number},label:{enabled:{boolean:boolean},min:{number:number},max:{number:number},maxVisible:{number:number},drawThreshold:{number:number},__type__:{object:object,boolean:boolean}},customScalingFunction:{function:\"function\"},__type__:{object:object}},selectionWidth:{function:\"function\",number:number},selfReferenceSize:{number:number},shadow:{enabled:{boolean:boolean},color:{string:string},size:{number:number},x:{number:number},y:{number:number},__type__:{object:object,boolean:boolean}},smooth:{enabled:{boolean:boolean},type:{string:[\"dynamic\",\"continuous\",\"discrete\",\"diagonalCross\",\"straightCross\",\"horizontal\",\"vertical\",\"curvedCW\",\"curvedCCW\",\"cubicBezier\"]},roundness:{number:number},forceDirection:{string:[\"horizontal\",\"vertical\",\"none\"],boolean:boolean},__type__:{object:object,boolean:boolean}},title:{string:string,undefined:\"undefined\"},width:{number:number},value:{number:number,undefined:\"undefined\"},__type__:{object:object}},groups:{useDefaultGroups:{boolean:boolean},__any__:\"get from nodes, will be overwritten below\",__type__:{object:object}},interaction:{dragNodes:{boolean:boolean},dragView:{boolean:boolean},hideEdgesOnDrag:{boolean:boolean},hideNodesOnDrag:{boolean:boolean},hover:{boolean:boolean},keyboard:{enabled:{boolean:boolean},speed:{x:{number:number},y:{number:number},zoom:{number:number},__type__:{object:object}},bindToWindow:{boolean:boolean},__type__:{object:object,boolean:boolean}},multiselect:{boolean:boolean},navigationButtons:{boolean:boolean},selectable:{boolean:boolean},selectConnectedEdges:{boolean:boolean},hoverConnectedEdges:{boolean:boolean},tooltipDelay:{number:number},zoomView:{boolean:boolean},__type__:{object:object}},layout:{randomSeed:{undefined:\"undefined\",number:number},improvedLayout:{boolean:boolean},hierarchical:{enabled:{boolean:boolean},levelSeparation:{number:number},nodeSpacing:{number:number},treeSpacing:{number:number},blockShifting:{boolean:boolean},edgeMinimization:{boolean:boolean},parentCentralization:{boolean:boolean},direction:{string:[\"UD\",\"DU\",\"LR\",\"RL\"]},sortMethod:{string:[\"hubsize\",\"directed\"]},__type__:{object:object,boolean:boolean}},__type__:{object:object}},manipulation:{enabled:{boolean:boolean},initiallyActive:{boolean:boolean},addNode:{boolean:boolean,function:\"function\"},addEdge:{boolean:boolean,function:\"function\"},editNode:{function:\"function\"},editEdge:{boolean:boolean,function:\"function\"},deleteNode:{boolean:boolean,function:\"function\"},deleteEdge:{boolean:boolean,function:\"function\"},controlNodeStyle:\"get from nodes, will be overwritten below\",__type__:{object:object,boolean:boolean}},nodes:{borderWidth:{number:number},borderWidthSelected:{number:number,undefined:\"undefined\"},brokenImage:{string:string,undefined:\"undefined\"},color:{border:{string:string},background:{string:string},highlight:{border:{string:string},background:{string:string},__type__:{object:object,string:string}},hover:{border:{string:string},background:{string:string},__type__:{object:object,string:string}},__type__:{object:object,string:string}},fixed:{x:{boolean:boolean},y:{boolean:boolean},__type__:{object:object,boolean:boolean}},font:{align:{string:string},color:{string:string},size:{number:number},face:{string:string},background:{string:string},strokeWidth:{number:number},strokeColor:{string:string},__type__:{object:object,string:string}},group:{string:string,number:number,undefined:\"undefined\"},hidden:{boolean:boolean},icon:{face:{string:string},code:{string:string},size:{number:number},color:{string:string},__type__:{object:object}},id:{string:string,number:number},image:{string:string,undefined:\"undefined\"},label:{string:string,undefined:\"undefined\"},labelHighlightBold:{boolean:boolean},level:{number:number,undefined:\"undefined\"},mass:{number:number},physics:{boolean:boolean},scaling:{min:{number:number},max:{number:number},label:{enabled:{boolean:boolean},min:{number:number},max:{number:number},maxVisible:{number:number},drawThreshold:{number:number},__type__:{object:object,boolean:boolean}},customScalingFunction:{function:\"function\"},__type__:{object:object}},shadow:{enabled:{boolean:boolean},color:{string:string},size:{number:number},x:{number:number},y:{number:number},__type__:{object:object,boolean:boolean}},shape:{string:[\"ellipse\",\"circle\",\"database\",\"box\",\"text\",\"image\",\"circularImage\",\"diamond\",\"dot\",\"star\",\"triangle\",\"triangleDown\",\"square\",\"icon\"]},shapeProperties:{borderDashes:{boolean:boolean,array:array},borderRadius:{number:number},interpolation:{boolean:boolean},useImageSize:{boolean:boolean},useBorderWithImage:{boolean:boolean},__type__:{object:object}},size:{number:number},title:{string:string,undefined:\"undefined\"},value:{number:number,undefined:\"undefined\"},x:{number:number},y:{number:number},__type__:{object:object}},physics:{enabled:{boolean:boolean},barnesHut:{gravitationalConstant:{number:number},centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},damping:{number:number},avoidOverlap:{number:number},__type__:{object:object}},forceAtlas2Based:{gravitationalConstant:{number:number},centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},damping:{number:number},avoidOverlap:{number:number},__type__:{object:object}},repulsion:{centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},nodeDistance:{number:number},damping:{number:number},__type__:{object:object}},hierarchicalRepulsion:{centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},nodeDistance:{number:number},damping:{number:number},__type__:{object:object}},maxVelocity:{number:number},minVelocity:{number:number},solver:{string:[\"barnesHut\",\"repulsion\",\"hierarchicalRepulsion\",\"forceAtlas2Based\"]},stabilization:{enabled:{boolean:boolean},iterations:{number:number},updateInterval:{number:number},onlyDynamicEdges:{boolean:boolean},fit:{boolean:boolean},__type__:{object:object,boolean:boolean}},timestep:{number:number},adaptiveTimestep:{boolean:boolean},__type__:{object:object,boolean:boolean}},autoResize:{boolean:boolean},clickToUse:{boolean:boolean},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},height:{string:string},width:{string:string},__type__:{object:object}};allOptions.groups.__any__=allOptions.nodes;allOptions.manipulation.controlNodeStyle=allOptions.nodes;var configureOptions={nodes:{borderWidth:[1,0,10,1],borderWidthSelected:[2,0,10,1],color:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#97C2FC\"],highlight:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#D2E5FF\"]},hover:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#D2E5FF\"]}},fixed:{x:false,y:false},font:{color:[\"color\",\"#343434\"],size:[14,0,100,1],face:[\"arial\",\"verdana\",\"tahoma\"],background:[\"color\",\"none\"],strokeWidth:[0,0,50,1],strokeColor:[\"color\",\"#ffffff\"]},hidden:false,labelHighlightBold:true,physics:true,scaling:{min:[10,0,200,1],max:[30,0,200,1],label:{enabled:false,min:[14,0,200,1],max:[30,0,200,1],maxVisible:[30,0,200,1],drawThreshold:[5,0,20,1]}},shadow:{enabled:false,color:\"rgba(0,0,0,0.5)\",size:[10,0,20,1],x:[5,-30,30,1],y:[5,-30,30,1]},shape:[\"ellipse\",\"box\",\"circle\",\"database\",\"diamond\",\"dot\",\"square\",\"star\",\"text\",\"triangle\",\"triangleDown\"],shapeProperties:{borderDashes:false,borderRadius:[6,0,20,1],interpolation:true,useImageSize:false},size:[25,0,200,1]},edges:{arrows:{to:{enabled:false,scaleFactor:[1,0,3,.05],type:\"arrow\"},middle:{enabled:false,scaleFactor:[1,0,3,.05],type:\"arrow\"},from:{enabled:false,scaleFactor:[1,0,3,.05],type:\"arrow\"}},arrowStrikethrough:true,color:{color:[\"color\",\"#848484\"],highlight:[\"color\",\"#848484\"],hover:[\"color\",\"#848484\"],inherit:[\"from\",\"to\",\"both\",true,false],opacity:[1,0,1,.05]},dashes:false,font:{color:[\"color\",\"#343434\"],size:[14,0,100,1],face:[\"arial\",\"verdana\",\"tahoma\"],background:[\"color\",\"none\"],strokeWidth:[2,0,50,1],strokeColor:[\"color\",\"#ffffff\"],align:[\"horizontal\",\"top\",\"middle\",\"bottom\"]},hidden:false,hoverWidth:[1.5,0,5,.1],labelHighlightBold:true,physics:true,scaling:{min:[1,0,100,1],max:[15,0,100,1],label:{enabled:true,min:[14,0,200,1],max:[30,0,200,1],maxVisible:[30,0,200,1],drawThreshold:[5,0,20,1]}},selectionWidth:[1.5,0,5,.1],selfReferenceSize:[20,0,200,1],shadow:{enabled:false,color:\"rgba(0,0,0,0.5)\",size:[10,0,20,1],x:[5,-30,30,1],y:[5,-30,30,1]},smooth:{enabled:true,type:[\"dynamic\",\"continuous\",\"discrete\",\"diagonalCross\",\"straightCross\",\"horizontal\",\"vertical\",\"curvedCW\",\"curvedCCW\",\"cubicBezier\"],forceDirection:[\"horizontal\",\"vertical\",\"none\"],roundness:[.5,0,1,.05]},width:[1,0,30,1]},layout:{hierarchical:{enabled:false,levelSeparation:[150,20,500,5],nodeSpacing:[100,20,500,5],treeSpacing:[200,20,500,5],blockShifting:true,edgeMinimization:true,parentCentralization:true,direction:[\"UD\",\"DU\",\"LR\",\"RL\"],sortMethod:[\"hubsize\",\"directed\"]}},interaction:{dragNodes:true,dragView:true,hideEdgesOnDrag:false,hideNodesOnDrag:false,hover:false,keyboard:{enabled:false,speed:{x:[10,0,40,1],y:[10,0,40,1],zoom:[.02,0,.1,.005]},bindToWindow:true},multiselect:false,navigationButtons:false,selectable:true,selectConnectedEdges:true,hoverConnectedEdges:true,tooltipDelay:[300,0,1e3,25],zoomView:true},manipulation:{enabled:false,initiallyActive:false},physics:{enabled:true,barnesHut:{gravitationalConstant:[-2e3,-3e4,0,50],centralGravity:[.3,0,10,.05],springLength:[95,0,500,5],springConstant:[.04,0,1.2,.005],damping:[.09,0,1,.01],avoidOverlap:[0,0,1,.01]},forceAtlas2Based:{gravitationalConstant:[-50,-500,0,1],centralGravity:[.01,0,1,.005],springLength:[95,0,500,5],springConstant:[.08,0,1.2,.005],damping:[.4,0,1,.01],avoidOverlap:[0,0,1,.01]},repulsion:{centralGravity:[.2,0,10,.05],springLength:[200,0,500,5],springConstant:[.05,0,1.2,.005],nodeDistance:[100,0,500,5],damping:[.09,0,1,.01]},hierarchicalRepulsion:{centralGravity:[.2,0,10,.05],springLength:[100,0,500,5],springConstant:[.01,0,1.2,.005],nodeDistance:[120,0,500,5],damping:[.09,0,1,.01]},maxVelocity:[50,0,150,1],minVelocity:[.1,.01,.5,.01],solver:[\"barnesHut\",\"forceAtlas2Based\",\"repulsion\",\"hierarchicalRepulsion\"],timestep:[.5,.01,1,.01]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _FloydWarshall=__webpack_require__(118);var _FloydWarshall2=_interopRequireDefault(_FloydWarshall);function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{default:obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var KamadaKawai=function(){function KamadaKawai(body,edgeLength,edgeStrength){_classCallCheck(this,KamadaKawai);this.body=body;this.springLength=edgeLength;this.springConstant=edgeStrength;this.distanceSolver=new _FloydWarshall2.default}_createClass(KamadaKawai,[{key:\"setOptions\",value:function setOptions(options){if(options){if(options.springLength){this.springLength=options.springLength}if(options.springConstant){this.springConstant=options.springConstant}}}},{key:\"solve\",value:function solve(nodesArray,edgesArray){var ignoreClusters=arguments.length>2&&arguments[2]!==undefined?arguments[2]:false;var D_matrix=this.distanceSolver.getDistances(this.body,nodesArray,edgesArray);this._createL_matrix(D_matrix);this._createK_matrix(D_matrix);var threshold=.01;var innerThreshold=1;var iterations=0;var maxIterations=Math.max(1e3,Math.min(10*this.body.nodeIndices.length,6e3));var maxInnerIterations=5;var maxEnergy=1e9;var highE_nodeId=0,dE_dx=0,dE_dy=0,delta_m=0,subIterations=0;while(maxEnergy>threshold&&iterations<maxIterations){iterations+=1;var _getHighestEnergyNode2=this._getHighestEnergyNode(ignoreClusters);var _getHighestEnergyNode3=_slicedToArray(_getHighestEnergyNode2,4);highE_nodeId=_getHighestEnergyNode3[0];maxEnergy=_getHighestEnergyNode3[1];dE_dx=_getHighestEnergyNode3[2];dE_dy=_getHighestEnergyNode3[3];delta_m=maxEnergy;subIterations=0;while(delta_m>innerThreshold&&subIterations<maxInnerIterations){subIterations+=1;this._moveNode(highE_nodeId,dE_dx,dE_dy);var _getEnergy2=this._getEnergy(highE_nodeId);var _getEnergy3=_slicedToArray(_getEnergy2,3);delta_m=_getEnergy3[0];dE_dx=_getEnergy3[1];dE_dy=_getEnergy3[2]}}}},{key:\"_getHighestEnergyNode\",value:function _getHighestEnergyNode(ignoreClusters){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var maxEnergy=0;var maxEnergyNodeId=nodesArray[0];var dE_dx_max=0,dE_dy_max=0;for(var nodeIdx=0;nodeIdx<nodesArray.length;nodeIdx++){var m=nodesArray[nodeIdx];if(nodes[m].predefinedPosition===false||nodes[m].isCluster===true&&ignoreClusters===true||nodes[m].options.fixed.x===true||nodes[m].options.fixed.y===true){var _getEnergy4=this._getEnergy(m),_getEnergy5=_slicedToArray(_getEnergy4,3),delta_m=_getEnergy5[0],dE_dx=_getEnergy5[1],dE_dy=_getEnergy5[2];if(maxEnergy<delta_m){maxEnergy=delta_m;maxEnergyNodeId=m;dE_dx_max=dE_dx;dE_dy_max=dE_dy}}}return[maxEnergyNodeId,maxEnergy,dE_dx_max,dE_dy_max]}},{key:\"_getEnergy\",value:function _getEnergy(m){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var x_m=nodes[m].x;var y_m=nodes[m].y;var dE_dx=0;var dE_dy=0;for(var iIdx=0;iIdx<nodesArray.length;iIdx++){var i=nodesArray[iIdx];if(i!==m){var x_i=nodes[i].x;var y_i=nodes[i].y;var denominator=1/Math.sqrt(Math.pow(x_m-x_i,2)+Math.pow(y_m-y_i,2));dE_dx+=this.K_matrix[m][i]*(x_m-x_i-this.L_matrix[m][i]*(x_m-x_i)*denominator);dE_dy+=this.K_matrix[m][i]*(y_m-y_i-this.L_matrix[m][i]*(y_m-y_i)*denominator)}}var delta_m=Math.sqrt(Math.pow(dE_dx,2)+Math.pow(dE_dy,2));return[delta_m,dE_dx,dE_dy]}},{key:\"_moveNode\",value:function _moveNode(m,dE_dx,dE_dy){var nodesArray=this.body.nodeIndices;var nodes=this.body.nodes;var d2E_dx2=0;var d2E_dxdy=0;var d2E_dy2=0;var x_m=nodes[m].x;var y_m=nodes[m].y;for(var iIdx=0;iIdx<nodesArray.length;iIdx++){var i=nodesArray[iIdx];if(i!==m){var x_i=nodes[i].x;var y_i=nodes[i].y;var denominator=1/Math.pow(Math.pow(x_m-x_i,2)+Math.pow(y_m-y_i,2),1.5);d2E_dx2+=this.K_matrix[m][i]*(1-this.L_matrix[m][i]*Math.pow(y_m-y_i,2)*denominator);d2E_dxdy+=this.K_matrix[m][i]*(this.L_matrix[m][i]*(x_m-x_i)*(y_m-y_i)*denominator);d2E_dy2+=this.K_matrix[m][i]*(1-this.L_matrix[m][i]*Math.pow(x_m-x_i,2)*denominator)}}var A=d2E_dx2,B=d2E_dxdy,C=dE_dx,D=d2E_dy2,E=dE_dy;var dy=(C/A+E/B)/(B/A-D/B);var dx=-(B*dy+C)/A;nodes[m].x+=dx;nodes[m].y+=dy}},{key:\"_createL_matrix\",value:function _createL_matrix(D_matrix){var nodesArray=this.body.nodeIndices;var edgeLength=this.springLength;this.L_matrix=[];for(var i=0;i<nodesArray.length;i++){this.L_matrix[nodesArray[i]]={};for(var j=0;j<nodesArray.length;j++){this.L_matrix[nodesArray[i]][nodesArray[j]]=edgeLength*D_matrix[nodesArray[i]][nodesArray[j]]}}}},{key:\"_createK_matrix\",value:function _createK_matrix(D_matrix){var nodesArray=this.body.nodeIndices;var edgeStrength=this.springConstant;this.K_matrix=[];for(var i=0;i<nodesArray.length;i++){this.K_matrix[nodesArray[i]]={};for(var j=0;j<nodesArray.length;j++){this.K_matrix[nodesArray[i]][nodesArray[j]]=edgeStrength*Math.pow(D_matrix[nodesArray[i]][nodesArray[j]],-2)}}}}]);return KamadaKawai}();exports.default=KamadaKawai},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var FloydWarshall=function(){function FloydWarshall(){_classCallCheck(this,FloydWarshall)}_createClass(FloydWarshall,[{key:\"getDistances\",value:function getDistances(body,nodesArray,edgesArray){var D_matrix={};var edges=body.edges;for(var i=0;i<nodesArray.length;i++){D_matrix[nodesArray[i]]={};D_matrix[nodesArray[i]]={};for(var j=0;j<nodesArray.length;j++){D_matrix[nodesArray[i]][nodesArray[j]]=i==j?0:1e9;D_matrix[nodesArray[i]][nodesArray[j]]=i==j?0:1e9}}for(var _i=0;_i<edgesArray.length;_i++){var edge=edges[edgesArray[_i]];if(edge.connected===true&&D_matrix[edge.fromId]!==undefined&&D_matrix[edge.toId]!==undefined){D_matrix[edge.fromId][edge.toId]=1;D_matrix[edge.toId][edge.fromId]=1}}var nodeCount=nodesArray.length;for(var k=0;k<nodeCount;k++){for(var _i2=0;_i2<nodeCount-1;_i2++){for(var _j=_i2+1;_j<nodeCount;_j++){D_matrix[nodesArray[_i2]][nodesArray[_j]]=Math.min(D_matrix[nodesArray[_i2]][nodesArray[_j]],D_matrix[nodesArray[_i2]][nodesArray[k]]+D_matrix[nodesArray[k]][nodesArray[_j]]);D_matrix[nodesArray[_j]][nodesArray[_i2]]=D_matrix[nodesArray[_i2]][nodesArray[_j]]}}}return D_matrix}}]);return FloydWarshall}();exports.default=FloydWarshall},function(module,exports){\"use strict\";if(typeof CanvasRenderingContext2D!==\"undefined\"){CanvasRenderingContext2D.prototype.circle=function(x,y,r){this.beginPath();this.arc(x,y,r,0,2*Math.PI,false);this.closePath()};CanvasRenderingContext2D.prototype.square=function(x,y,r){this.beginPath();this.rect(x-r,y-r,r*2,r*2);this.closePath()};CanvasRenderingContext2D.prototype.triangle=function(x,y,r){this.beginPath();r*=1.15;y+=.275*r;var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y-(h-ir));this.lineTo(x+s2,y+ir);this.lineTo(x-s2,y+ir);this.lineTo(x,y-(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.triangleDown=function(x,y,r){this.beginPath();r*=1.15;y-=.275*r;var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y+(h-ir));this.lineTo(x+s2,y-ir);this.lineTo(x-s2,y-ir);this.lineTo(x,y+(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.star=function(x,y,r){this.beginPath();r*=.82;y+=.1*r;for(var n=0;n<10;n++){var radius=n%2===0?r*1.3:r*.5;this.lineTo(x+radius*Math.sin(n*2*Math.PI/10),y-radius*Math.cos(n*2*Math.PI/10))}this.closePath()};CanvasRenderingContext2D.prototype.diamond=function(x,y,r){this.beginPath();this.lineTo(x,y+r);this.lineTo(x+r,y);this.lineTo(x,y-r);this.lineTo(x-r,y);this.closePath()};CanvasRenderingContext2D.prototype.roundRect=function(x,y,w,h,r){var r2d=Math.PI/180;if(w-2*r<0){r=w/2}if(h-2*r<0){r=h/2}this.beginPath();this.moveTo(x+r,y);this.lineTo(x+w-r,y);this.arc(x+w-r,y+r,r,r2d*270,r2d*360,false);this.lineTo(x+w,y+h-r);this.arc(x+w-r,y+h-r,r,0,r2d*90,false);this.lineTo(x+r,y+h);this.arc(x+r,y+h-r,r,r2d*90,r2d*180,false);this.lineTo(x,y+r);this.arc(x+r,y+r,r,r2d*180,r2d*270,false);this.closePath()};CanvasRenderingContext2D.prototype.ellipse=function(x,y,w,h){var kappa=.5522848,ox=w/2*kappa,oy=h/2*kappa,xe=x+w,ye=y+h,xm=x+w/2,ym=y+h/2;this.beginPath();this.moveTo(x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.closePath()};CanvasRenderingContext2D.prototype.database=function(x,y,w,h){var f=1/3;var wEllipse=w;var hEllipse=h*f;var kappa=.5522848,ox=wEllipse/2*kappa,oy=hEllipse/2*kappa,xe=x+wEllipse,ye=y+hEllipse,xm=x+wEllipse/2,ym=y+hEllipse/2,ymb=y+(h-hEllipse/2),yeb=y+h;this.beginPath();this.moveTo(xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.lineTo(xe,ymb);this.bezierCurveTo(xe,ymb+oy,xm+ox,yeb,xm,yeb);this.bezierCurveTo(xm-ox,yeb,x,ymb+oy,x,ymb);this.lineTo(x,ym)};CanvasRenderingContext2D.prototype.arrowEndpoint=function(x,y,angle,length){var xt=x-length*Math.cos(angle);var yt=y-length*Math.sin(angle);var xi=x-length*.9*Math.cos(angle);var yi=y-length*.9*Math.sin(angle);var xl=xt+length/3*Math.cos(angle+.5*Math.PI);var yl=yt+length/3*Math.sin(angle+.5*Math.PI);var xr=xt+length/3*Math.cos(angle-.5*Math.PI);var yr=yt+length/3*Math.sin(angle-.5*Math.PI);this.beginPath();this.moveTo(x,y);this.lineTo(xl,yl);this.lineTo(xi,yi);this.lineTo(xr,yr);this.closePath()};CanvasRenderingContext2D.prototype.circleEndpoint=function(x,y,angle,length){var radius=length*.4;var xc=x-radius*Math.cos(angle);var yc=y-radius*Math.sin(angle);this.circle(xc,yc,radius)};CanvasRenderingContext2D.prototype.dashedLine=function(x,y,x2,y2,pattern){this.beginPath();this.moveTo(x,y);var patternLength=pattern.length;var dx=x2-x;var dy=y2-y;var slope=dy/dx;var distRemaining=Math.sqrt(dx*dx+dy*dy);var patternIndex=0;var draw=true;var xStep=0;var dashLength=pattern[0];while(distRemaining>=.1){dashLength=pattern[patternIndex++%patternLength];if(dashLength>distRemaining){dashLength=distRemaining}xStep=Math.sqrt(dashLength*dashLength/(1+slope*slope));xStep=dx<0?-xStep:xStep;x+=xStep;y+=slope*xStep;if(draw===true){this.lineTo(x,y)}else{this.moveTo(x,y)}distRemaining-=dashLength;draw=!draw}}}},function(module,exports){\"use strict\";function parseDOT(data){dot=data;return parseGraph()}var NODE_ATTR_MAPPING={fontsize:\"font.size\",fontcolor:\"font.color\",labelfontcolor:\"font.color\",fontname:\"font.face\",color:[\"color.border\",\"color.background\"],fillcolor:\"color.background\",tooltip:\"title\",labeltooltip:\"title\"};var EDGE_ATTR_MAPPING=Object.create(NODE_ATTR_MAPPING);EDGE_ATTR_MAPPING.color=\"color.color\";var TOKENTYPE={NULL:0,DELIMITER:1,IDENTIFIER:2,UNKNOWN:3};var DELIMITERS={\"{\":true,\"}\":true,\"[\":true,\"]\":true,\";\":true,\"=\":true,\",\":true,\"->\":true,\"--\":true};var dot=\"\";var index=0;var c=\"\";var token=\"\";var tokenType=TOKENTYPE.NULL;function first(){index=0;c=dot.charAt(0)}function next(){index++;c=dot.charAt(index)}function nextPreview(){return dot.charAt(index+1)}var regexAlphaNumeric=/[a-zA-Z_0-9.:#]/;function isAlphaNumeric(c){return regexAlphaNumeric.test(c)}function merge(a,b){if(!a){a={}}if(b){for(var name in b){if(b.hasOwnProperty(name)){a[name]=b[name]}}}return a}function setValue(obj,path,value){var keys=path.split(\".\");var o=obj;while(keys.length){var key=keys.shift();if(keys.length){if(!o[key]){o[key]={}}o=o[key]}else{o[key]=value}}}function addNode(graph,node){var i,len;var current=null;var graphs=[graph];var root=graph;while(root.parent){graphs.push(root.parent);root=root.parent}if(root.nodes){for(i=0,len=root.nodes.length;i<len;i++){if(node.id===root.nodes[i].id){current=root.nodes[i];break}}}if(!current){current={id:node.id};if(graph.node){current.attr=merge(current.attr,graph.node)}}for(i=graphs.length-1;i>=0;i--){var g=graphs[i];if(!g.nodes){g.nodes=[]}if(g.nodes.indexOf(current)===-1){g.nodes.push(current)}}if(node.attr){current.attr=merge(current.attr,node.attr)}}function addEdge(graph,edge){if(!graph.edges){graph.edges=[]}graph.edges.push(edge);if(graph.edge){var attr=merge({},graph.edge);edge.attr=merge(attr,edge.attr)}}function createEdge(graph,from,to,type,attr){var edge={from:from,to:to,type:type};if(graph.edge){edge.attr=merge({},graph.edge)}edge.attr=merge(edge.attr||{},attr);return edge}function getToken(){tokenType=TOKENTYPE.NULL;token=\"\";while(c===\" \"||c===\"\\t\"||c===\"\\n\"||c===\"\\r\"){next()}do{var isComment=false;if(c===\"#\"){var i=index-1;while(dot.charAt(i)===\" \"||dot.charAt(i)===\"\\t\"){i--}if(dot.charAt(i)===\"\\n\"||dot.charAt(i)===\"\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}}if(c===\"/\"&&nextPreview()===\"/\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}if(c===\"/\"&&nextPreview()===\"*\"){while(c!=\"\"){if(c===\"*\"&&nextPreview()===\"/\"){next();next();break}else{next()}}isComment=true}while(c===\" \"||c===\"\\t\"||c===\"\\n\"||c===\"\\r\"){\nnext()}}while(isComment);if(c===\"\"){tokenType=TOKENTYPE.DELIMITER;return}var c2=c+nextPreview();if(DELIMITERS[c2]){tokenType=TOKENTYPE.DELIMITER;token=c2;next();next();return}if(DELIMITERS[c]){tokenType=TOKENTYPE.DELIMITER;token=c;next();return}if(isAlphaNumeric(c)||c===\"-\"){token+=c;next();while(isAlphaNumeric(c)){token+=c;next()}if(token===\"false\"){token=false}else if(token===\"true\"){token=true}else if(!isNaN(Number(token))){token=Number(token)}tokenType=TOKENTYPE.IDENTIFIER;return}if(c==='\"'){next();while(c!=\"\"&&(c!='\"'||c==='\"'&&nextPreview()==='\"')){token+=c;if(c==='\"'){next()}next()}if(c!='\"'){throw newSyntaxError('End of string \" expected')}next();tokenType=TOKENTYPE.IDENTIFIER;return}tokenType=TOKENTYPE.UNKNOWN;while(c!=\"\"){token+=c;next()}throw new SyntaxError('Syntax error in part \"'+chop(token,30)+'\"')}function parseGraph(){var graph={};first();getToken();if(token===\"strict\"){graph.strict=true;getToken()}if(token===\"graph\"||token===\"digraph\"){graph.type=token;getToken()}if(tokenType===TOKENTYPE.IDENTIFIER){graph.id=token;getToken()}if(token!=\"{\"){throw newSyntaxError(\"Angle bracket { expected\")}getToken();parseStatements(graph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();if(token!==\"\"){throw newSyntaxError(\"End of file expected\")}getToken();delete graph.node;delete graph.edge;delete graph.graph;return graph}function parseStatements(graph){while(token!==\"\"&&token!=\"}\"){parseStatement(graph);if(token===\";\"){getToken()}}}function parseStatement(graph){var subgraph=parseSubgraph(graph);if(subgraph){parseEdge(graph,subgraph);return}var attr=parseAttributeStatement(graph);if(attr){return}if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}var id=token;getToken();if(token===\"=\"){getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}graph[id]=token;getToken()}else{parseNodeStatement(graph,id)}}function parseSubgraph(graph){var subgraph=null;if(token===\"subgraph\"){subgraph={};subgraph.type=\"subgraph\";getToken();if(tokenType===TOKENTYPE.IDENTIFIER){subgraph.id=token;getToken()}}if(token===\"{\"){getToken();if(!subgraph){subgraph={}}subgraph.parent=graph;subgraph.node=graph.node;subgraph.edge=graph.edge;subgraph.graph=graph.graph;parseStatements(subgraph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();delete subgraph.node;delete subgraph.edge;delete subgraph.graph;delete subgraph.parent;if(!graph.subgraphs){graph.subgraphs=[]}graph.subgraphs.push(subgraph)}return subgraph}function parseAttributeStatement(graph){if(token===\"node\"){getToken();graph.node=parseAttributeList();return\"node\"}else if(token===\"edge\"){getToken();graph.edge=parseAttributeList();return\"edge\"}else if(token===\"graph\"){getToken();graph.graph=parseAttributeList();return\"graph\"}return null}function parseNodeStatement(graph,id){var node={id:id};var attr=parseAttributeList();if(attr){node.attr=attr}addNode(graph,node);parseEdge(graph,id)}function parseEdge(graph,from){while(token===\"->\"||token===\"--\"){var to;var type=token;getToken();var subgraph=parseSubgraph(graph);if(subgraph){to=subgraph}else{if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier or subgraph expected\")}to=token;addNode(graph,{id:to});getToken()}var attr=parseAttributeList();var edge=createEdge(graph,from,to,type,attr);addEdge(graph,edge);from=to}}function parseAttributeList(){var attr=null;while(token===\"[\"){getToken();attr={};while(token!==\"\"&&token!=\"]\"){if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute name expected\")}var name=token;getToken();if(token!=\"=\"){throw newSyntaxError(\"Equal sign = expected\")}getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute value expected\")}var value=token;setValue(attr,name,value);getToken();if(token==\",\"){getToken()}}if(token!=\"]\"){throw newSyntaxError(\"Bracket ] expected\")}getToken()}return attr}function newSyntaxError(message){return new SyntaxError(message+', got \"'+chop(token,30)+'\" (char '+index+\")\")}function chop(text,maxLength){return text.length<=maxLength?text:text.substr(0,27)+\"...\"}function forEach2(array1,array2,fn){if(Array.isArray(array1)){array1.forEach(function(elem1){if(Array.isArray(array2)){array2.forEach(function(elem2){fn(elem1,elem2)})}else{fn(elem1,array2)}})}else{if(Array.isArray(array2)){array2.forEach(function(elem2){fn(array1,elem2)})}else{fn(array1,array2)}}}function setProp(object,path,value){var names=path.split(\".\");var prop=names.pop();var obj=object;for(var i=0;i<names.length;i++){var name=names[i];if(!(name in obj)){obj[name]={}}obj=obj[name]}obj[prop]=value;return object}function convertAttr(attr,mapping){var converted={};for(var prop in attr){if(attr.hasOwnProperty(prop)){var visProp=mapping[prop];if(Array.isArray(visProp)){visProp.forEach(function(visPropI){setProp(converted,visPropI,attr[prop])})}else if(typeof visProp===\"string\"){setProp(converted,visProp,attr[prop])}else{setProp(converted,prop,attr[prop])}}}return converted}function DOTToGraph(data){var dotData=parseDOT(data);var graphData={nodes:[],edges:[],options:{}};if(dotData.nodes){dotData.nodes.forEach(function(dotNode){var graphNode={id:dotNode.id,label:String(dotNode.label||dotNode.id)};merge(graphNode,convertAttr(dotNode.attr,NODE_ATTR_MAPPING));if(graphNode.image){graphNode.shape=\"image\"}graphData.nodes.push(graphNode)})}if(dotData.edges){var convertEdge=function convertEdge(dotEdge){var graphEdge={from:dotEdge.from,to:dotEdge.to};merge(graphEdge,convertAttr(dotEdge.attr,EDGE_ATTR_MAPPING));graphEdge.arrows=dotEdge.type===\"->\"?\"to\":undefined;return graphEdge};dotData.edges.forEach(function(dotEdge){var from,to;if(dotEdge.from instanceof Object){from=dotEdge.from.nodes}else{from={id:dotEdge.from}}if(dotEdge.to instanceof Object){to=dotEdge.to.nodes}else{to={id:dotEdge.to}}if(dotEdge.from instanceof Object&&dotEdge.from.edges){dotEdge.from.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}forEach2(from,to,function(from,to){var subEdge=createEdge(graphData,from.id,to.id,dotEdge.type,dotEdge.attr);var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)});if(dotEdge.to instanceof Object&&dotEdge.to.edges){dotEdge.to.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}})}if(dotData.attr){graphData.options=dotData.attr}return graphData}exports.parseDOT=parseDOT;exports.DOTToGraph=DOTToGraph},function(module,exports){\"use strict\";function parseGephi(gephiJSON,optionsObj){var edges=[];var nodes=[];var options={edges:{inheritColor:false},nodes:{fixed:false,parseColor:false}};if(optionsObj!==undefined){if(optionsObj.fixed!==undefined){options.nodes.fixed=optionsObj.fixed}if(optionsObj.parseColor!==undefined){options.nodes.parseColor=optionsObj.parseColor}if(optionsObj.inheritColor!==undefined){options.edges.inheritColor=optionsObj.inheritColor}}var gEdges=gephiJSON.edges;var gNodes=gephiJSON.nodes;for(var i=0;i<gEdges.length;i++){var edge={};var gEdge=gEdges[i];edge[\"id\"]=gEdge.id;edge[\"from\"]=gEdge.source;edge[\"to\"]=gEdge.target;edge[\"attributes\"]=gEdge.attributes;edge[\"label\"]=gEdge.label;edge[\"title\"]=gEdge.attributes!==undefined?gEdge.attributes.title:undefined;if(gEdge[\"type\"]===\"Directed\"){edge[\"arrows\"]=\"to\"}if(gEdge.color&&options.inheritColor===false){edge[\"color\"]=gEdge.color}edges.push(edge)}for(var i=0;i<gNodes.length;i++){var node={};var gNode=gNodes[i];node[\"id\"]=gNode.id;node[\"attributes\"]=gNode.attributes;node[\"title\"]=gNode.title;node[\"x\"]=gNode.x;node[\"y\"]=gNode.y;node[\"label\"]=gNode.label;node[\"title\"]=gNode.attributes!==undefined?gNode.attributes.title:undefined;if(options.nodes.parseColor===true){node[\"color\"]=gNode.color}else{node[\"color\"]=gNode.color!==undefined?{background:gNode.color,border:gNode.color,highlight:{background:gNode.color,border:gNode.color},hover:{background:gNode.color,border:gNode.color}}:undefined}node[\"size\"]=gNode.size;node[\"fixed\"]=options.nodes.fixed&&gNode.x!==undefined&&gNode.y!==undefined;nodes.push(node)}return{nodes:nodes,edges:edges}}exports.parseGephi=parseGephi},function(module,exports){\"use strict\";exports[\"en\"]={edit:\"Edit\",del:\"Delete selected\",back:\"Back\",addNode:\"Add Node\",addEdge:\"Add Edge\",editNode:\"Edit Node\",editEdge:\"Edit Edge\",addDescription:\"Click in an empty space to place a new node.\",edgeDescription:\"Click on a node and drag the edge to another node to connect them.\",editEdgeDescription:\"Click on the control points and drag them to a node to connect to it.\",createEdgeError:\"Cannot link edges to a cluster.\",deleteClusterError:\"Clusters cannot be deleted.\",editClusterError:\"Clusters cannot be edited.\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"de\"]={edit:\"Editieren\",del:\"Lösche Auswahl\",back:\"Zurück\",addNode:\"Knoten hinzufügen\",addEdge:\"Kante hinzufügen\",editNode:\"Knoten editieren\",editEdge:\"Kante editieren\",addDescription:\"Klicke auf eine freie Stelle, um einen neuen Knoten zu plazieren.\",edgeDescription:\"Klicke auf einen Knoten und ziehe die Kante zu einem anderen Knoten, um diese zu verbinden.\",editEdgeDescription:\"Klicke auf die Verbindungspunkte und ziehe diese auf einen Knoten, um sie zu verbinden.\",createEdgeError:\"Es ist nicht möglich, Kanten mit Clustern zu verbinden.\",deleteClusterError:\"Cluster können nicht gelöscht werden.\",editClusterError:\"Cluster können nicht editiert werden.\"};exports[\"de_DE\"]=exports[\"de\"];exports[\"es\"]={edit:\"Editar\",del:\"Eliminar selección\",back:\"Átras\",addNode:\"Añadir nodo\",addEdge:\"Añadir arista\",editNode:\"Editar nodo\",editEdge:\"Editar arista\",addDescription:\"Haga clic en un lugar vacío para colocar un nuevo nodo.\",edgeDescription:\"Haga clic en un nodo y arrastre la arista hacia otro nodo para conectarlos.\",editEdgeDescription:\"Haga clic en un punto de control y arrastrelo a un nodo para conectarlo.\",createEdgeError:\"No se puede conectar una arista a un grupo.\",deleteClusterError:\"No es posible eliminar grupos.\",editClusterError:\"No es posible editar grupos.\"};exports[\"es_ES\"]=exports[\"es\"];exports[\"it\"]={edit:\"Modifica\",del:\"Cancella la selezione\",back:\"Indietro\",addNode:\"Aggiungi un nodo\",addEdge:\"Aggiungi un vertice\",editNode:\"Modifica il nodo\",editEdge:\"Modifica il vertice\",addDescription:\"Clicca per aggiungere un nuovo nodo\",edgeDescription:\"Clicca su un nodo e trascinalo ad un altro nodo per connetterli.\",editEdgeDescription:\"Clicca sui Punti di controllo e trascinali ad un nodo per connetterli.\",createEdgeError:\"Non si possono collegare vertici ad un cluster\",deleteClusterError:\"I cluster non possono essere cancellati\",editClusterError:\"I clusters non possono essere modificati.\"};exports[\"it_IT\"]=exports[\"it\"];exports[\"nl\"]={edit:\"Wijzigen\",del:\"Selectie verwijderen\",back:\"Terug\",addNode:\"Node toevoegen\",addEdge:\"Link toevoegen\",editNode:\"Node wijzigen\",editEdge:\"Link wijzigen\",addDescription:\"Klik op een leeg gebied om een nieuwe node te maken.\",edgeDescription:\"Klik op een node en sleep de link naar een andere node om ze te verbinden.\",editEdgeDescription:\"Klik op de verbindingspunten en sleep ze naar een node om daarmee te verbinden.\",createEdgeError:\"Kan geen link maken naar een cluster.\",deleteClusterError:\"Clusters kunnen niet worden verwijderd.\",editClusterError:\"Clusters kunnen niet worden aangepast.\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"];exports[\"pt-br\"]={edit:\"Editar\",del:\"Remover selecionado\",back:\"Voltar\",addNode:\"Adicionar nó\",addEdge:\"Adicionar aresta\",editNode:\"Editar nó\",editEdge:\"Editar aresta\",addDescription:\"Clique em um espaço em branco para adicionar um novo nó\",edgeDescription:\"Clique em um nó e arraste a aresta até outro nó para conectá-los\",editEdgeDescription:\"Clique nos pontos de controle e os arraste para um nó para conectá-los\",createEdgeError:\"Não foi possível linkar arestas a um cluster.\",deleteClusterError:\"Clusters não puderam ser removidos.\",editClusterError:\"Clusters não puderam ser editados.\"};exports[\"pt-BR\"]=exports[\"pt-br\"];exports[\"pt_BR\"]=exports[\"pt-br\"];exports[\"pt_br\"]=exports[\"pt-br\"];exports[\"ru\"]={edit:\"Редактировать\",del:\"Удалить выбранное\",back:\"Назад\",addNode:\"Добавить узел\",addEdge:\"Добавить ребро\",editNode:\"Редактировать узел\",editEdge:\"Редактировать ребро\",addDescription:\"Кликните в свободное место, чтобы добавить новый узел.\",edgeDescription:\"Кликните на узел и протяните ребро к другому узлу, чтобы соединить их.\",editEdgeDescription:\"Кликните на контрольные точки и перетащите их в узел, чтобы подключиться к нему.\",createEdgeError:\"Невозможно соединить ребра в кластер.\",deleteClusterError:\"Кластеры не могут быть удалены\",editClusterError:\"Кластеры недоступны для редактирования.\"};exports[\"ru_RU\"]=exports[\"ru\"]}])});\n",
"title": "$:/plugins/felixhayashi/vis/vis.js",
"type": "application/javascript",
"module-type": "library"
}
}
}
{
"tiddlers": {
"$:/config/EditorTypeMappings/application/javascript": {
"title": "$:/config/EditorTypeMappings/application/javascript",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/json": {
"title": "$:/config/EditorTypeMappings/application/json",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/x-tiddler-dictionary": {
"title": "$:/config/EditorTypeMappings/application/x-tiddler-dictionary",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/css": {
"title": "$:/config/EditorTypeMappings/text/css",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/html": {
"title": "$:/config/EditorTypeMappings/text/html",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/plain": {
"title": "$:/config/EditorTypeMappings/text/plain",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/x-markdown": {
"title": "$:/config/EditorTypeMappings/text/x-markdown",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/x-tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/x-tiddlywiki",
"text": "codemirror"
},
"$:/config/CodeMirror": {
"title": "$:/config/CodeMirror",
"type": "application/json",
"text": "{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/css/css.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/meta.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n ],\n \"configuration\": {\n \"matchBrackets\": true,\n \"showCursorWhenSelecting\": true\n }\n}"
},
"$:/plugins/tiddlywiki/codemirror/edit-codemirror.js": {
"title": "$:/plugins/tiddlywiki/codemirror/edit-codemirror.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/codemirror/edit-codemirror.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-codemirror widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tCodeMirrorEngine = require(\"$:/plugins/tiddlywiki/codemirror/engine.js\").CodeMirrorEngine;\n\nexports[\"edit-codemirror\"] = editTextWidgetFactory(CodeMirrorEngine,CodeMirrorEngine);\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tiddlywiki/codemirror/engine.js": {
"title": "$:/plugins/tiddlywiki/codemirror/engine.js",
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/codemirror/engine.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a CodeMirror instance\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CODEMIRROR_OPTIONS = \"$:/config/CodeMirror\",\n\tHEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\"\n\n// Install CodeMirror\nif($tw.browser && !window.CodeMirror) {\n\twindow.CodeMirror = require(\"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js\");\n\t// Install required CodeMirror plugins\n\tvar configOptions = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}),\n\t\treq = configOptions.require;\n\tif(req) {\n\t\tif($tw.utils.isArray(req)) {\n\t\t\tfor(var index=0; index<req.length; index++) {\n\t\t\t\trequire(req[index]);\n\t\t\t}\n\t\t} else {\n\t\t\trequire(req);\n\t\t}\n\t}\n}\n\nfunction CodeMirrorEngine(options) {\n\t// Save our options\n\tvar self = this;\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create the wrapper DIV\n\tthis.domNode = this.widget.document.createElement(\"div\");\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\tthis.domNode.style.display = \"inline-block\";\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n\t// Get the configuration options for the CodeMirror object\n\tvar config = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}).configuration || {};\n\tif(!(\"lineWrapping\" in config)) {\n\t\tconfig.lineWrapping = true;\n\t}\n\tif(!(\"lineNumbers\" in config)) {\n\t\tconfig.lineNumbers = true;\n\t}\n\tconfig.mode = options.type;\n\tconfig.value = options.value;\n\t// Create the CodeMirror instance\n\tthis.cm = window.CodeMirror(function(cmDomNode) {\n\t\t// Note that this is a synchronous callback that is called before the constructor returns\n\t\tself.domNode.appendChild(cmDomNode);\n\t},config);\n\t// Set up a change event handler\n\tthis.cm.on(\"change\",function() {\n\t\tself.widget.saveChanges(self.getText());\n\t});\n\tthis.cm.on(\"drop\",function(cm,event) {\n\t\tevent.stopPropagation(); // Otherwise TW's dropzone widget sees the drop event\n\t\treturn false;\n\t});\n\tthis.cm.on(\"keydown\",function(cm,event) {\n\t\treturn self.widget.handleKeydownEvent.call(self.widget,event);\n\t});\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nCodeMirrorEngine.prototype.setText = function(text,type) {\n\tthis.cm.setOption(\"mode\",type);\n\tif(!this.cm.hasFocus()) {\n\t\tthis.cm.setValue(text);\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nCodeMirrorEngine.prototype.getText = function() {\n\treturn this.cm.getValue();\n};\n\n/*\nFix the height of textarea to fit content\n*/\nCodeMirrorEngine.prototype.fixHeight = function() {\n\tif(this.widget.editAutoHeight) {\n\t\t// Resize to fit\n\t\tthis.cm.setSize(null,null);\n\t} else {\n\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\tthis.cm.setSize(null,fixedHeight);\n\t}\n};\n\n/*\nFocus the engine node\n*/\nCodeMirrorEngine.prototype.focus = function() {\n\tthis.cm.focus();\n}\n\n/*\nCreate a blank structure representing a text operation\n*/\nCodeMirrorEngine.prototype.createTextOperation = function() {\n\tvar selections = this.cm.listSelections();\n\tif(selections.length > 0) {\n\t\tvar anchorPos = this.cm.indexFromPos(selections[0].anchor),\n\t\t\theadPos = this.cm.indexFromPos(selections[0].head);\n\t}\n\tvar operation = {\n\t\ttext: this.cm.getValue(),\n\t\tselStart: Math.min(anchorPos,headPos),\n\t\tselEnd: Math.max(anchorPos,headPos),\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nCodeMirrorEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tthis.cm.replaceRange(operation.replacement,this.cm.posFromIndex(operation.cutStart),this.cm.posFromIndex(operation.cutEnd));\n\t\tthis.cm.setSelection(this.cm.posFromIndex(operation.newSelStart),this.cm.posFromIndex(operation.newSelEnd));\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t}\n\tthis.cm.focus();\n\treturn newText;\n};\n\nexports.CodeMirrorEngine = CodeMirrorEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// This is CodeMirror (http://codemirror.net), a code editor\n// implemented in JavaScript on top of the browser's DOM.\n//\n// You can find some technical background for some of the code below\n// at http://marijnhaverbeke.nl/blog/#cm-internals .\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n module.exports = mod();\n else if (typeof define == \"function\" && define.amd) // AMD\n return define([], mod);\n else // Plain browser env\n (this || window).CodeMirror = mod();\n})(function() {\n \"use strict\";\n\n // BROWSER SNIFFING\n\n // Kludges for bugs and behavior differences that can't be feature\n // detected are enabled based on userAgent etc sniffing.\n var userAgent = navigator.userAgent;\n var platform = navigator.platform;\n\n var gecko = /gecko\\/\\d/i.test(userAgent);\n var ie_upto10 = /MSIE \\d/.test(userAgent);\n var ie_11up = /Trident\\/(?:[7-9]|\\d{2,})\\..*rv:(\\d+)/.exec(userAgent);\n var ie = ie_upto10 || ie_11up;\n var ie_version = ie && (ie_upto10 ? document.documentMode || 6 : ie_11up[1]);\n var webkit = /WebKit\\//.test(userAgent);\n var qtwebkit = webkit && /Qt\\/\\d+\\.\\d+/.test(userAgent);\n var chrome = /Chrome\\//.test(userAgent);\n var presto = /Opera\\//.test(userAgent);\n var safari = /Apple Computer/.test(navigator.vendor);\n var mac_geMountainLion = /Mac OS X 1\\d\\D([8-9]|\\d\\d)\\D/.test(userAgent);\n var phantom = /PhantomJS/.test(userAgent);\n\n var ios = /AppleWebKit/.test(userAgent) && /Mobile\\/\\w+/.test(userAgent);\n // This is woefully incomplete. Suggestions for alternative methods welcome.\n var mobile = ios || /Android|webOS|BlackBerry|Opera Mini|Opera Mobi|IEMobile/i.test(userAgent);\n var mac = ios || /Mac/.test(platform);\n var windows = /win/i.test(platform);\n\n var presto_version = presto && userAgent.match(/Version\\/(\\d*\\.\\d*)/);\n if (presto_version) presto_version = Number(presto_version[1]);\n if (presto_version && presto_version >= 15) { presto = false; webkit = true; }\n // Some browsers use the wrong event properties to signal cmd/ctrl on OS X\n var flipCtrlCmd = mac && (qtwebkit || presto && (presto_version == null || presto_version < 12.11));\n var captureRightClick = gecko || (ie && ie_version >= 9);\n\n // Optimize some code when these features are not used.\n var sawReadOnlySpans = false, sawCollapsedSpans = false;\n\n // EDITOR CONSTRUCTOR\n\n // A CodeMirror instance represents an editor. This is the object\n // that user code is usually dealing with.\n\n function CodeMirror(place, options) {\n if (!(this instanceof CodeMirror)) return new CodeMirror(place, options);\n\n this.options = options = options ? copyObj(options) : {};\n // Determine effective options based on given values and defaults.\n copyObj(defaults, options, false);\n setGuttersForLineNumbers(options);\n\n var doc = options.value;\n if (typeof doc == \"string\") doc = new Doc(doc, options.mode, null, options.lineSeparator);\n this.doc = doc;\n\n var input = new CodeMirror.inputStyles[options.inputStyle](this);\n var display = this.display = new Display(place, doc, input);\n display.wrapper.CodeMirror = this;\n updateGutters(this);\n themeChanged(this);\n if (options.lineWrapping)\n this.display.wrapper.className += \" CodeMirror-wrap\";\n if (options.autofocus && !mobile) display.input.focus();\n initScrollbars(this);\n\n this.state = {\n keyMaps: [], // stores maps added by addKeyMap\n overlays: [], // highlighting overlays, as added by addOverlay\n modeGen: 0, // bumped when mode/overlay changes, used to invalidate highlighting info\n overwrite: false,\n delayingBlurEvent: false,\n focused: false,\n suppressEdits: false, // used to disable editing during key handlers when in readOnly mode\n pasteIncoming: false, cutIncoming: false, // help recognize paste/cut edits in input.poll\n selectingText: false,\n draggingText: false,\n highlight: new Delayed(), // stores highlight worker timeout\n keySeq: null, // Unfinished key sequence\n specialChars: null\n };\n\n var cm = this;\n\n // Override magic textarea content restore that IE sometimes does\n // on our hidden textarea on reload\n if (ie && ie_version < 11) setTimeout(function() { cm.display.input.reset(true); }, 20);\n\n registerEventHandlers(this);\n ensureGlobalHandlers();\n\n startOperation(this);\n this.curOp.forceUpdate = true;\n attachDoc(this, doc);\n\n if ((options.autofocus && !mobile) || cm.hasFocus())\n setTimeout(bind(onFocus, this), 20);\n else\n onBlur(this);\n\n for (var opt in optionHandlers) if (optionHandlers.hasOwnProperty(opt))\n optionHandlers[opt](this, options[opt], Init);\n maybeUpdateLineNumberWidth(this);\n if (options.finishInit) options.finishInit(this);\n for (var i = 0; i < initHooks.length; ++i) initHooks[i](this);\n endOperation(this);\n // Suppress optimizelegibility in Webkit, since it breaks text\n // measuring on line wrapping boundaries.\n if (webkit && options.lineWrapping &&\n getComputedStyle(display.lineDiv).textRendering == \"optimizelegibility\")\n display.lineDiv.style.textRendering = \"auto\";\n }\n\n // DISPLAY CONSTRUCTOR\n\n // The display handles the DOM integration, both for input reading\n // and content drawing. It holds references to DOM nodes and\n // display-related state.\n\n function Display(place, doc, input) {\n var d = this;\n this.input = input;\n\n // Covers bottom-right square when both scrollbars are present.\n d.scrollbarFiller = elt(\"div\", null, \"CodeMirror-scrollbar-filler\");\n d.scrollbarFiller.setAttribute(\"cm-not-content\", \"true\");\n // Covers bottom of gutter when coverGutterNextToScrollbar is on\n // and h scrollbar is present.\n d.gutterFiller = elt(\"div\", null, \"CodeMirror-gutter-filler\");\n d.gutterFiller.setAttribute(\"cm-not-content\", \"true\");\n // Will contain the actual code, positioned to cover the viewport.\n d.lineDiv = elt(\"div\", null, \"CodeMirror-code\");\n // Elements are added to these to represent selection and cursors.\n d.selectionDiv = elt(\"div\", null, null, \"position: relative; z-index: 1\");\n d.cursorDiv = elt(\"div\", null, \"CodeMirror-cursors\");\n // A visibility: hidden element used to find the size of things.\n d.measure = elt(\"div\", null, \"CodeMirror-measure\");\n // When lines outside of the viewport are measured, they are drawn in this.\n d.lineMeasure = elt(\"div\", null, \"CodeMirror-measure\");\n // Wraps everything that needs to exist inside the vertically-padded coordinate system\n d.lineSpace = elt(\"div\", [d.measure, d.lineMeasure, d.selectionDiv, d.cursorDiv, d.lineDiv],\n null, \"position: relative; outline: none\");\n // Moved around its parent to cover visible view.\n d.mover = elt(\"div\", [elt(\"div\", [d.lineSpace], \"CodeMirror-lines\")], null, \"position: relative\");\n // Set to the height of the document, allowing scrolling.\n d.sizer = elt(\"div\", [d.mover], \"CodeMirror-sizer\");\n d.sizerWidth = null;\n // Behavior of elts with overflow: auto and padding is\n // inconsistent across browsers. This is used to ensure the\n // scrollable area is big enough.\n d.heightForcer = elt(\"div\", null, null, \"position: absolute; height: \" + scrollerGap + \"px; width: 1px;\");\n // Will contain the gutters, if any.\n d.gutters = elt(\"div\", null, \"CodeMirror-gutters\");\n d.lineGutter = null;\n // Actual scrollable element.\n d.scroller = elt(\"div\", [d.sizer, d.heightForcer, d.gutters], \"CodeMirror-scroll\");\n d.scroller.setAttribute(\"tabIndex\", \"-1\");\n // The element in which the editor lives.\n d.wrapper = elt(\"div\", [d.scrollbarFiller, d.gutterFiller, d.scroller], \"CodeMirror\");\n\n // Work around IE7 z-index bug (not perfect, hence IE7 not really being supported)\n if (ie && ie_version < 8) { d.gutters.style.zIndex = -1; d.scroller.style.paddingRight = 0; }\n if (!webkit && !(gecko && mobile)) d.scroller.draggable = true;\n\n if (place) {\n if (place.appendChild) place.appendChild(d.wrapper);\n else place(d.wrapper);\n }\n\n // Current rendered range (may be bigger than the view window).\n d.viewFrom = d.viewTo = doc.first;\n d.reportedViewFrom = d.reportedViewTo = doc.first;\n // Information about the rendered lines.\n d.view = [];\n d.renderedView = null;\n // Holds info about a single rendered line when it was rendered\n // for measurement, while not in view.\n d.externalMeasured = null;\n // Empty space (in pixels) above the view\n d.viewOffset = 0;\n d.lastWrapHeight = d.lastWrapWidth = 0;\n d.updateLineNumbers = null;\n\n d.nativeBarWidth = d.barHeight = d.barWidth = 0;\n d.scrollbarsClipped = false;\n\n // Used to only resize the line number gutter when necessary (when\n // the amount of lines crosses a boundary that makes its width change)\n d.lineNumWidth = d.lineNumInnerWidth = d.lineNumChars = null;\n // Set to true when a non-horizontal-scrolling line widget is\n // added. As an optimization, line widget aligning is skipped when\n // this is false.\n d.alignWidgets = false;\n\n d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n\n // Tracks the maximum line length so that the horizontal scrollbar\n // can be kept static when scrolling.\n d.maxLine = null;\n d.maxLineLength = 0;\n d.maxLineChanged = false;\n\n // Used for measuring wheel scrolling granularity\n d.wheelDX = d.wheelDY = d.wheelStartX = d.wheelStartY = null;\n\n // True when shift is held down.\n d.shift = false;\n\n // Used to track whether anything happened since the context menu\n // was opened.\n d.selForContextMenu = null;\n\n d.activeTouch = null;\n\n input.init(d);\n }\n\n // STATE UPDATES\n\n // Used to get the editor into a consistent state again when options change.\n\n function loadMode(cm) {\n cm.doc.mode = CodeMirror.getMode(cm.options, cm.doc.modeOption);\n resetModeState(cm);\n }\n\n function resetModeState(cm) {\n cm.doc.iter(function(line) {\n if (line.stateAfter) line.stateAfter = null;\n if (line.styles) line.styles = null;\n });\n cm.doc.frontier = cm.doc.first;\n startWorker(cm, 100);\n cm.state.modeGen++;\n if (cm.curOp) regChange(cm);\n }\n\n function wrappingChanged(cm) {\n if (cm.options.lineWrapping) {\n addClass(cm.display.wrapper, \"CodeMirror-wrap\");\n cm.display.sizer.style.minWidth = \"\";\n cm.display.sizerWidth = null;\n } else {\n rmClass(cm.display.wrapper, \"CodeMirror-wrap\");\n findMaxLine(cm);\n }\n estimateLineHeights(cm);\n regChange(cm);\n clearCaches(cm);\n setTimeout(function(){updateScrollbars(cm);}, 100);\n }\n\n // Returns a function that estimates the height of a line, to use as\n // first approximation until the line becomes visible (and is thus\n // properly measurable).\n function estimateHeight(cm) {\n var th = textHeight(cm.display), wrapping = cm.options.lineWrapping;\n var perLine = wrapping && Math.max(5, cm.display.scroller.clientWidth / charWidth(cm.display) - 3);\n return function(line) {\n if (lineIsHidden(cm.doc, line)) return 0;\n\n var widgetsHeight = 0;\n if (line.widgets) for (var i = 0; i < line.widgets.length; i++) {\n if (line.widgets[i].height) widgetsHeight += line.widgets[i].height;\n }\n\n if (wrapping)\n return widgetsHeight + (Math.ceil(line.text.length / perLine) || 1) * th;\n else\n return widgetsHeight + th;\n };\n }\n\n function estimateLineHeights(cm) {\n var doc = cm.doc, est = estimateHeight(cm);\n doc.iter(function(line) {\n var estHeight = est(line);\n if (estHeight != line.height) updateLineHeight(line, estHeight);\n });\n }\n\n function themeChanged(cm) {\n cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-s-\\S+/g, \"\") +\n cm.options.theme.replace(/(^|\\s)\\s*/g, \" cm-s-\");\n clearCaches(cm);\n }\n\n function guttersChanged(cm) {\n updateGutters(cm);\n regChange(cm);\n setTimeout(function(){alignHorizontally(cm);}, 20);\n }\n\n // Rebuild the gutter elements, ensure the margin to the left of the\n // code matches their width.\n function updateGutters(cm) {\n var gutters = cm.display.gutters, specs = cm.options.gutters;\n removeChildren(gutters);\n for (var i = 0; i < specs.length; ++i) {\n var gutterClass = specs[i];\n var gElt = gutters.appendChild(elt(\"div\", null, \"CodeMirror-gutter \" + gutterClass));\n if (gutterClass == \"CodeMirror-linenumbers\") {\n cm.display.lineGutter = gElt;\n gElt.style.width = (cm.display.lineNumWidth || 1) + \"px\";\n }\n }\n gutters.style.display = i ? \"\" : \"none\";\n updateGutterSpace(cm);\n }\n\n function updateGutterSpace(cm) {\n var width = cm.display.gutters.offsetWidth;\n cm.display.sizer.style.marginLeft = width + \"px\";\n }\n\n // Compute the character length of a line, taking into account\n // collapsed ranges (see markText) that might hide parts, and join\n // other lines onto it.\n function lineLength(line) {\n if (line.height == 0) return 0;\n var len = line.text.length, merged, cur = line;\n while (merged = collapsedSpanAtStart(cur)) {\n var found = merged.find(0, true);\n cur = found.from.line;\n len += found.from.ch - found.to.ch;\n }\n cur = line;\n while (merged = collapsedSpanAtEnd(cur)) {\n var found = merged.find(0, true);\n len -= cur.text.length - found.from.ch;\n cur = found.to.line;\n len += cur.text.length - found.to.ch;\n }\n return len;\n }\n\n // Find the longest line in the document.\n function findMaxLine(cm) {\n var d = cm.display, doc = cm.doc;\n d.maxLine = getLine(doc, doc.first);\n d.maxLineLength = lineLength(d.maxLine);\n d.maxLineChanged = true;\n doc.iter(function(line) {\n var len = lineLength(line);\n if (len > d.maxLineLength) {\n d.maxLineLength = len;\n d.maxLine = line;\n }\n });\n }\n\n // Make sure the gutters options contains the element\n // \"CodeMirror-linenumbers\" when the lineNumbers option is true.\n function setGuttersForLineNumbers(options) {\n var found = indexOf(options.gutters, \"CodeMirror-linenumbers\");\n if (found == -1 && options.lineNumbers) {\n options.gutters = options.gutters.concat([\"CodeMirror-linenumbers\"]);\n } else if (found > -1 && !options.lineNumbers) {\n options.gutters = options.gutters.slice(0);\n options.gutters.splice(found, 1);\n }\n }\n\n // SCROLLBARS\n\n // Prepare DOM reads needed to update the scrollbars. Done in one\n // shot to minimize update/measure roundtrips.\n function measureForScrollbars(cm) {\n var d = cm.display, gutterW = d.gutters.offsetWidth;\n var docH = Math.round(cm.doc.height + paddingVert(cm.display));\n return {\n clientHeight: d.scroller.clientHeight,\n viewHeight: d.wrapper.clientHeight,\n scrollWidth: d.scroller.scrollWidth, clientWidth: d.scroller.clientWidth,\n viewWidth: d.wrapper.clientWidth,\n barLeft: cm.options.fixedGutter ? gutterW : 0,\n docHeight: docH,\n scrollHeight: docH + scrollGap(cm) + d.barHeight,\n nativeBarWidth: d.nativeBarWidth,\n gutterWidth: gutterW\n };\n }\n\n function NativeScrollbars(place, scroll, cm) {\n this.cm = cm;\n var vert = this.vert = elt(\"div\", [elt(\"div\", null, null, \"min-width: 1px\")], \"CodeMirror-vscrollbar\");\n var horiz = this.horiz = elt(\"div\", [elt(\"div\", null, null, \"height: 100%; min-height: 1px\")], \"CodeMirror-hscrollbar\");\n place(vert); place(horiz);\n\n on(vert, \"scroll\", function() {\n if (vert.clientHeight) scroll(vert.scrollTop, \"vertical\");\n });\n on(horiz, \"scroll\", function() {\n if (horiz.clientWidth) scroll(horiz.scrollLeft, \"horizontal\");\n });\n\n this.checkedZeroWidth = false;\n // Need to set a minimum width to see the scrollbar on IE7 (but must not set it on IE8).\n if (ie && ie_version < 8) this.horiz.style.minHeight = this.vert.style.minWidth = \"18px\";\n }\n\n NativeScrollbars.prototype = copyObj({\n update: function(measure) {\n var needsH = measure.scrollWidth > measure.clientWidth + 1;\n var needsV = measure.scrollHeight > measure.clientHeight + 1;\n var sWidth = measure.nativeBarWidth;\n\n if (needsV) {\n this.vert.style.display = \"block\";\n this.vert.style.bottom = needsH ? sWidth + \"px\" : \"0\";\n var totalHeight = measure.viewHeight - (needsH ? sWidth : 0);\n // A bug in IE8 can cause this value to be negative, so guard it.\n this.vert.firstChild.style.height =\n Math.max(0, measure.scrollHeight - measure.clientHeight + totalHeight) + \"px\";\n } else {\n this.vert.style.display = \"\";\n this.vert.firstChild.style.height = \"0\";\n }\n\n if (needsH) {\n this.horiz.style.display = \"block\";\n this.horiz.style.right = needsV ? sWidth + \"px\" : \"0\";\n this.horiz.style.left = measure.barLeft + \"px\";\n var totalWidth = measure.viewWidth - measure.barLeft - (needsV ? sWidth : 0);\n this.horiz.firstChild.style.width =\n (measure.scrollWidth - measure.clientWidth + totalWidth) + \"px\";\n } else {\n this.horiz.style.display = \"\";\n this.horiz.firstChild.style.width = \"0\";\n }\n\n if (!this.checkedZeroWidth && measure.clientHeight > 0) {\n if (sWidth == 0) this.zeroWidthHack();\n this.checkedZeroWidth = true;\n }\n\n return {right: needsV ? sWidth : 0, bottom: needsH ? sWidth : 0};\n },\n setScrollLeft: function(pos) {\n if (this.horiz.scrollLeft != pos) this.horiz.scrollLeft = pos;\n if (this.disableHoriz) this.enableZeroWidthBar(this.horiz, this.disableHoriz);\n },\n setScrollTop: function(pos) {\n if (this.vert.scrollTop != pos) this.vert.scrollTop = pos;\n if (this.disableVert) this.enableZeroWidthBar(this.vert, this.disableVert);\n },\n zeroWidthHack: function() {\n var w = mac && !mac_geMountainLion ? \"12px\" : \"18px\";\n this.horiz.style.height = this.vert.style.width = w;\n this.horiz.style.pointerEvents = this.vert.style.pointerEvents = \"none\";\n this.disableHoriz = new Delayed;\n this.disableVert = new Delayed;\n },\n enableZeroWidthBar: function(bar, delay) {\n bar.style.pointerEvents = \"auto\";\n function maybeDisable() {\n // To find out whether the scrollbar is still visible, we\n // check whether the element under the pixel in the bottom\n // left corner of the scrollbar box is the scrollbar box\n // itself (when the bar is still visible) or its filler child\n // (when the bar is hidden). If it is still visible, we keep\n // it enabled, if it's hidden, we disable pointer events.\n var box = bar.getBoundingClientRect();\n var elt = document.elementFromPoint(box.left + 1, box.bottom - 1);\n if (elt != bar) bar.style.pointerEvents = \"none\";\n else delay.set(1000, maybeDisable);\n }\n delay.set(1000, maybeDisable);\n },\n clear: function() {\n var parent = this.horiz.parentNode;\n parent.removeChild(this.horiz);\n parent.removeChild(this.vert);\n }\n }, NativeScrollbars.prototype);\n\n function NullScrollbars() {}\n\n NullScrollbars.prototype = copyObj({\n update: function() { return {bottom: 0, right: 0}; },\n setScrollLeft: function() {},\n setScrollTop: function() {},\n clear: function() {}\n }, NullScrollbars.prototype);\n\n CodeMirror.scrollbarModel = {\"native\": NativeScrollbars, \"null\": NullScrollbars};\n\n function initScrollbars(cm) {\n if (cm.display.scrollbars) {\n cm.display.scrollbars.clear();\n if (cm.display.scrollbars.addClass)\n rmClass(cm.display.wrapper, cm.display.scrollbars.addClass);\n }\n\n cm.display.scrollbars = new CodeMirror.scrollbarModel[cm.options.scrollbarStyle](function(node) {\n cm.display.wrapper.insertBefore(node, cm.display.scrollbarFiller);\n // Prevent clicks in the scrollbars from killing focus\n on(node, \"mousedown\", function() {\n if (cm.state.focused) setTimeout(function() { cm.display.input.focus(); }, 0);\n });\n node.setAttribute(\"cm-not-content\", \"true\");\n }, function(pos, axis) {\n if (axis == \"horizontal\") setScrollLeft(cm, pos);\n else setScrollTop(cm, pos);\n }, cm);\n if (cm.display.scrollbars.addClass)\n addClass(cm.display.wrapper, cm.display.scrollbars.addClass);\n }\n\n function updateScrollbars(cm, measure) {\n if (!measure) measure = measureForScrollbars(cm);\n var startWidth = cm.display.barWidth, startHeight = cm.display.barHeight;\n updateScrollbarsInner(cm, measure);\n for (var i = 0; i < 4 && startWidth != cm.display.barWidth || startHeight != cm.display.barHeight; i++) {\n if (startWidth != cm.display.barWidth && cm.options.lineWrapping)\n updateHeightsInViewport(cm);\n updateScrollbarsInner(cm, measureForScrollbars(cm));\n startWidth = cm.display.barWidth; startHeight = cm.display.barHeight;\n }\n }\n\n // Re-synchronize the fake scrollbars with the actual size of the\n // content.\n function updateScrollbarsInner(cm, measure) {\n var d = cm.display;\n var sizes = d.scrollbars.update(measure);\n\n d.sizer.style.paddingRight = (d.barWidth = sizes.right) + \"px\";\n d.sizer.style.paddingBottom = (d.barHeight = sizes.bottom) + \"px\";\n d.heightForcer.style.borderBottom = sizes.bottom + \"px solid transparent\"\n\n if (sizes.right && sizes.bottom) {\n d.scrollbarFiller.style.display = \"block\";\n d.scrollbarFiller.style.height = sizes.bottom + \"px\";\n d.scrollbarFiller.style.width = sizes.right + \"px\";\n } else d.scrollbarFiller.style.display = \"\";\n if (sizes.bottom && cm.options.coverGutterNextToScrollbar && cm.options.fixedGutter) {\n d.gutterFiller.style.display = \"block\";\n d.gutterFiller.style.height = sizes.bottom + \"px\";\n d.gutterFiller.style.width = measure.gutterWidth + \"px\";\n } else d.gutterFiller.style.display = \"\";\n }\n\n // Compute the lines that are visible in a given viewport (defaults\n // the the current scroll position). viewport may contain top,\n // height, and ensure (see op.scrollToPos) properties.\n function visibleLines(display, doc, viewport) {\n var top = viewport && viewport.top != null ? Math.max(0, viewport.top) : display.scroller.scrollTop;\n top = Math.floor(top - paddingTop(display));\n var bottom = viewport && viewport.bottom != null ? viewport.bottom : top + display.wrapper.clientHeight;\n\n var from = lineAtHeight(doc, top), to = lineAtHeight(doc, bottom);\n // Ensure is a {from: {line, ch}, to: {line, ch}} object, and\n // forces those lines into the viewport (if possible).\n if (viewport && viewport.ensure) {\n var ensureFrom = viewport.ensure.from.line, ensureTo = viewport.ensure.to.line;\n if (ensureFrom < from) {\n from = ensureFrom;\n to = lineAtHeight(doc, heightAtLine(getLine(doc, ensureFrom)) + display.wrapper.clientHeight);\n } else if (Math.min(ensureTo, doc.lastLine()) >= to) {\n from = lineAtHeight(doc, heightAtLine(getLine(doc, ensureTo)) - display.wrapper.clientHeight);\n to = ensureTo;\n }\n }\n return {from: from, to: Math.max(to, from + 1)};\n }\n\n // LINE NUMBERS\n\n // Re-align line numbers and gutter marks to compensate for\n // horizontal scrolling.\n function alignHorizontally(cm) {\n var display = cm.display, view = display.view;\n if (!display.alignWidgets && (!display.gutters.firstChild || !cm.options.fixedGutter)) return;\n var comp = compensateForHScroll(display) - display.scroller.scrollLeft + cm.doc.scrollLeft;\n var gutterW = display.gutters.offsetWidth, left = comp + \"px\";\n for (var i = 0; i < view.length; i++) if (!view[i].hidden) {\n if (cm.options.fixedGutter && view[i].gutter)\n view[i].gutter.style.left = left;\n var align = view[i].alignable;\n if (align) for (var j = 0; j < align.length; j++)\n align[j].style.left = left;\n }\n if (cm.options.fixedGutter)\n display.gutters.style.left = (comp + gutterW) + \"px\";\n }\n\n // Used to ensure that the line number gutter is still the right\n // size for the current document size. Returns true when an update\n // is needed.\n function maybeUpdateLineNumberWidth(cm) {\n if (!cm.options.lineNumbers) return false;\n var doc = cm.doc, last = lineNumberFor(cm.options, doc.first + doc.size - 1), display = cm.display;\n if (last.length != display.lineNumChars) {\n var test = display.measure.appendChild(elt(\"div\", [elt(\"div\", last)],\n \"CodeMirror-linenumber CodeMirror-gutter-elt\"));\n var innerW = test.firstChild.offsetWidth, padding = test.offsetWidth - innerW;\n display.lineGutter.style.width = \"\";\n display.lineNumInnerWidth = Math.max(innerW, display.lineGutter.offsetWidth - padding) + 1;\n display.lineNumWidth = display.lineNumInnerWidth + padding;\n display.lineNumChars = display.lineNumInnerWidth ? last.length : -1;\n display.lineGutter.style.width = display.lineNumWidth + \"px\";\n updateGutterSpace(cm);\n return true;\n }\n return false;\n }\n\n function lineNumberFor(options, i) {\n return String(options.lineNumberFormatter(i + options.firstLineNumber));\n }\n\n // Computes display.scroller.scrollLeft + display.gutters.offsetWidth,\n // but using getBoundingClientRect to get a sub-pixel-accurate\n // result.\n function compensateForHScroll(display) {\n return display.scroller.getBoundingClientRect().left - display.sizer.getBoundingClientRect().left;\n }\n\n // DISPLAY DRAWING\n\n function DisplayUpdate(cm, viewport, force) {\n var display = cm.display;\n\n this.viewport = viewport;\n // Store some values that we'll need later (but don't want to force a relayout for)\n this.visible = visibleLines(display, cm.doc, viewport);\n this.editorIsHidden = !display.wrapper.offsetWidth;\n this.wrapperHeight = display.wrapper.clientHeight;\n this.wrapperWidth = display.wrapper.clientWidth;\n this.oldDisplayWidth = displayWidth(cm);\n this.force = force;\n this.dims = getDimensions(cm);\n this.events = [];\n }\n\n DisplayUpdate.prototype.signal = function(emitter, type) {\n if (hasHandler(emitter, type))\n this.events.push(arguments);\n };\n DisplayUpdate.prototype.finish = function() {\n for (var i = 0; i < this.events.length; i++)\n signal.apply(null, this.events[i]);\n };\n\n function maybeClipScrollbars(cm) {\n var display = cm.display;\n if (!display.scrollbarsClipped && display.scroller.offsetWidth) {\n display.nativeBarWidth = display.scroller.offsetWidth - display.scroller.clientWidth;\n display.heightForcer.style.height = scrollGap(cm) + \"px\";\n display.sizer.style.marginBottom = -display.nativeBarWidth + \"px\";\n display.sizer.style.borderRightWidth = scrollGap(cm) + \"px\";\n display.scrollbarsClipped = true;\n }\n }\n\n // Does the actual updating of the line display. Bails out\n // (returning false) when there is nothing to be done and forced is\n // false.\n function updateDisplayIfNeeded(cm, update) {\n var display = cm.display, doc = cm.doc;\n\n if (update.editorIsHidden) {\n resetView(cm);\n return false;\n }\n\n // Bail out if the visible area is already rendered and nothing changed.\n if (!update.force &&\n update.visible.from >= display.viewFrom && update.visible.to <= display.viewTo &&\n (display.updateLineNumbers == null || display.updateLineNumbers >= display.viewTo) &&\n display.renderedView == display.view && countDirtyView(cm) == 0)\n return false;\n\n if (maybeUpdateLineNumberWidth(cm)) {\n resetView(cm);\n update.dims = getDimensions(cm);\n }\n\n // Compute a suitable new viewport (from & to)\n var end = doc.first + doc.size;\n var from = Math.max(update.visible.from - cm.options.viewportMargin, doc.first);\n var to = Math.min(end, update.visible.to + cm.options.viewportMargin);\n if (display.viewFrom < from && from - display.viewFrom < 20) from = Math.max(doc.first, display.viewFrom);\n if (display.viewTo > to && display.viewTo - to < 20) to = Math.min(end, display.viewTo);\n if (sawCollapsedSpans) {\n from = visualLineNo(cm.doc, from);\n to = visualLineEndNo(cm.doc, to);\n }\n\n var different = from != display.viewFrom || to != display.viewTo ||\n display.lastWrapHeight != update.wrapperHeight || display.lastWrapWidth != update.wrapperWidth;\n adjustView(cm, from, to);\n\n display.viewOffset = heightAtLine(getLine(cm.doc, display.viewFrom));\n // Position the mover div to align with the current scroll position\n cm.display.mover.style.top = display.viewOffset + \"px\";\n\n var toUpdate = countDirtyView(cm);\n if (!different && toUpdate == 0 && !update.force && display.renderedView == display.view &&\n (display.updateLineNumbers == null || display.updateLineNumbers >= display.viewTo))\n return false;\n\n // For big changes, we hide the enclosing element during the\n // update, since that speeds up the operations on most browsers.\n var focused = activeElt();\n if (toUpdate > 4) display.lineDiv.style.display = \"none\";\n patchDisplay(cm, display.updateLineNumbers, update.dims);\n if (toUpdate > 4) display.lineDiv.style.display = \"\";\n display.renderedView = display.view;\n // There might have been a widget with a focused element that got\n // hidden or updated, if so re-focus it.\n if (focused && activeElt() != focused && focused.offsetHeight) focused.focus();\n\n // Prevent selection and cursors from interfering with the scroll\n // width and height.\n removeChildren(display.cursorDiv);\n removeChildren(display.selectionDiv);\n display.gutters.style.height = display.sizer.style.minHeight = 0;\n\n if (different) {\n display.lastWrapHeight = update.wrapperHeight;\n display.lastWrapWidth = update.wrapperWidth;\n startWorker(cm, 400);\n }\n\n display.updateLineNumbers = null;\n\n return true;\n }\n\n function postUpdateDisplay(cm, update) {\n var viewport = update.viewport;\n\n for (var first = true;; first = false) {\n if (!first || !cm.options.lineWrapping || update.oldDisplayWidth == displayWidth(cm)) {\n // Clip forced viewport to actual scrollable area.\n if (viewport && viewport.top != null)\n viewport = {top: Math.min(cm.doc.height + paddingVert(cm.display) - displayHeight(cm), viewport.top)};\n // Updated line heights might result in the drawn area not\n // actually covering the viewport. Keep looping until it does.\n update.visible = visibleLines(cm.display, cm.doc, viewport);\n if (update.visible.from >= cm.display.viewFrom && update.visible.to <= cm.display.viewTo)\n break;\n }\n if (!updateDisplayIfNeeded(cm, update)) break;\n updateHeightsInViewport(cm);\n var barMeasure = measureForScrollbars(cm);\n updateSelection(cm);\n updateScrollbars(cm, barMeasure);\n setDocumentHeight(cm, barMeasure);\n }\n\n update.signal(cm, \"update\", cm);\n if (cm.display.viewFrom != cm.display.reportedViewFrom || cm.display.viewTo != cm.display.reportedViewTo) {\n update.signal(cm, \"viewportChange\", cm, cm.display.viewFrom, cm.display.viewTo);\n cm.display.reportedViewFrom = cm.display.viewFrom; cm.display.reportedViewTo = cm.display.viewTo;\n }\n }\n\n function updateDisplaySimple(cm, viewport) {\n var update = new DisplayUpdate(cm, viewport);\n if (updateDisplayIfNeeded(cm, update)) {\n updateHeightsInViewport(cm);\n postUpdateDisplay(cm, update);\n var barMeasure = measureForScrollbars(cm);\n updateSelection(cm);\n updateScrollbars(cm, barMeasure);\n setDocumentHeight(cm, barMeasure);\n update.finish();\n }\n }\n\n function setDocumentHeight(cm, measure) {\n cm.display.sizer.style.minHeight = measure.docHeight + \"px\";\n cm.display.heightForcer.style.top = measure.docHeight + \"px\";\n cm.display.gutters.style.height = (measure.docHeight + cm.display.barHeight + scrollGap(cm)) + \"px\";\n }\n\n // Read the actual heights of the rendered lines, and update their\n // stored heights to match.\n function updateHeightsInViewport(cm) {\n var display = cm.display;\n var prevBottom = display.lineDiv.offsetTop;\n for (var i = 0; i < display.view.length; i++) {\n var cur = display.view[i], height;\n if (cur.hidden) continue;\n if (ie && ie_version < 8) {\n var bot = cur.node.offsetTop + cur.node.offsetHeight;\n height = bot - prevBottom;\n prevBottom = bot;\n } else {\n var box = cur.node.getBoundingClientRect();\n height = box.bottom - box.top;\n }\n var diff = cur.line.height - height;\n if (height < 2) height = textHeight(display);\n if (diff > .001 || diff < -.001) {\n updateLineHeight(cur.line, height);\n updateWidgetHeight(cur.line);\n if (cur.rest) for (var j = 0; j < cur.rest.length; j++)\n updateWidgetHeight(cur.rest[j]);\n }\n }\n }\n\n // Read and store the height of line widgets associated with the\n // given line.\n function updateWidgetHeight(line) {\n if (line.widgets) for (var i = 0; i < line.widgets.length; ++i)\n line.widgets[i].height = line.widgets[i].node.parentNode.offsetHeight;\n }\n\n // Do a bulk-read of the DOM positions and sizes needed to draw the\n // view, so that we don't interleave reading and writing to the DOM.\n function getDimensions(cm) {\n var d = cm.display, left = {}, width = {};\n var gutterLeft = d.gutters.clientLeft;\n for (var n = d.gutters.firstChild, i = 0; n; n = n.nextSibling, ++i) {\n left[cm.options.gutters[i]] = n.offsetLeft + n.clientLeft + gutterLeft;\n width[cm.options.gutters[i]] = n.clientWidth;\n }\n return {fixedPos: compensateForHScroll(d),\n gutterTotalWidth: d.gutters.offsetWidth,\n gutterLeft: left,\n gutterWidth: width,\n wrapperWidth: d.wrapper.clientWidth};\n }\n\n // Sync the actual display DOM structure with display.view, removing\n // nodes for lines that are no longer in view, and creating the ones\n // that are not there yet, and updating the ones that are out of\n // date.\n function patchDisplay(cm, updateNumbersFrom, dims) {\n var display = cm.display, lineNumbers = cm.options.lineNumbers;\n var container = display.lineDiv, cur = container.firstChild;\n\n function rm(node) {\n var next = node.nextSibling;\n // Works around a throw-scroll bug in OS X Webkit\n if (webkit && mac && cm.display.currentWheelTarget == node)\n node.style.display = \"none\";\n else\n node.parentNode.removeChild(node);\n return next;\n }\n\n var view = display.view, lineN = display.viewFrom;\n // Loop over the elements in the view, syncing cur (the DOM nodes\n // in display.lineDiv) with the view as we go.\n for (var i = 0; i < view.length; i++) {\n var lineView = view[i];\n if (lineView.hidden) {\n } else if (!lineView.node || lineView.node.parentNode != container) { // Not drawn yet\n var node = buildLineElement(cm, lineView, lineN, dims);\n container.insertBefore(node, cur);\n } else { // Already drawn\n while (cur != lineView.node) cur = rm(cur);\n var updateNumber = lineNumbers && updateNumbersFrom != null &&\n updateNumbersFrom <= lineN && lineView.lineNumber;\n if (lineView.changes) {\n if (indexOf(lineView.changes, \"gutter\") > -1) updateNumber = false;\n updateLineForChanges(cm, lineView, lineN, dims);\n }\n if (updateNumber) {\n removeChildren(lineView.lineNumber);\n lineView.lineNumber.appendChild(document.createTextNode(lineNumberFor(cm.options, lineN)));\n }\n cur = lineView.node.nextSibling;\n }\n lineN += lineView.size;\n }\n while (cur) cur = rm(cur);\n }\n\n // When an aspect of a line changes, a string is added to\n // lineView.changes. This updates the relevant part of the line's\n // DOM structure.\n function updateLineForChanges(cm, lineView, lineN, dims) {\n for (var j = 0; j < lineView.changes.length; j++) {\n var type = lineView.changes[j];\n if (type == \"text\") updateLineText(cm, lineView);\n else if (type == \"gutter\") updateLineGutter(cm, lineView, lineN, dims);\n else if (type == \"class\") updateLineClasses(lineView);\n else if (type == \"widget\") updateLineWidgets(cm, lineView, dims);\n }\n lineView.changes = null;\n }\n\n // Lines with gutter elements, widgets or a background class need to\n // be wrapped, and have the extra elements added to the wrapper div\n function ensureLineWrapped(lineView) {\n if (lineView.node == lineView.text) {\n lineView.node = elt(\"div\", null, null, \"position: relative\");\n if (lineView.text.parentNode)\n lineView.text.parentNode.replaceChild(lineView.node, lineView.text);\n lineView.node.appendChild(lineView.text);\n if (ie && ie_version < 8) lineView.node.style.zIndex = 2;\n }\n return lineView.node;\n }\n\n function updateLineBackground(lineView) {\n var cls = lineView.bgClass ? lineView.bgClass + \" \" + (lineView.line.bgClass || \"\") : lineView.line.bgClass;\n if (cls) cls += \" CodeMirror-linebackground\";\n if (lineView.background) {\n if (cls) lineView.background.className = cls;\n else { lineView.background.parentNode.removeChild(lineView.background); lineView.background = null; }\n } else if (cls) {\n var wrap = ensureLineWrapped(lineView);\n lineView.background = wrap.insertBefore(elt(\"div\", null, cls), wrap.firstChild);\n }\n }\n\n // Wrapper around buildLineContent which will reuse the structure\n // in display.externalMeasured when possible.\n function getLineContent(cm, lineView) {\n var ext = cm.display.externalMeasured;\n if (ext && ext.line == lineView.line) {\n cm.display.externalMeasured = null;\n lineView.measure = ext.measure;\n return ext.built;\n }\n return buildLineContent(cm, lineView);\n }\n\n // Redraw the line's text. Interacts with the background and text\n // classes because the mode may output tokens that influence these\n // classes.\n function updateLineText(cm, lineView) {\n var cls = lineView.text.className;\n var built = getLineContent(cm, lineView);\n if (lineView.text == lineView.node) lineView.node = built.pre;\n lineView.text.parentNode.replaceChild(built.pre, lineView.text);\n lineView.text = built.pre;\n if (built.bgClass != lineView.bgClass || built.textClass != lineView.textClass) {\n lineView.bgClass = built.bgClass;\n lineView.textClass = built.textClass;\n updateLineClasses(lineView);\n } else if (cls) {\n lineView.text.className = cls;\n }\n }\n\n function updateLineClasses(lineView) {\n updateLineBackground(lineView);\n if (lineView.line.wrapClass)\n ensureLineWrapped(lineView).className = lineView.line.wrapClass;\n else if (lineView.node != lineView.text)\n lineView.node.className = \"\";\n var textClass = lineView.textClass ? lineView.textClass + \" \" + (lineView.line.textClass || \"\") : lineView.line.textClass;\n lineView.text.className = textClass || \"\";\n }\n\n function updateLineGutter(cm, lineView, lineN, dims) {\n if (lineView.gutter) {\n lineView.node.removeChild(lineView.gutter);\n lineView.gutter = null;\n }\n if (lineView.gutterBackground) {\n lineView.node.removeChild(lineView.gutterBackground);\n lineView.gutterBackground = null;\n }\n if (lineView.line.gutterClass) {\n var wrap = ensureLineWrapped(lineView);\n lineView.gutterBackground = elt(\"div\", null, \"CodeMirror-gutter-background \" + lineView.line.gutterClass,\n \"left: \" + (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) +\n \"px; width: \" + dims.gutterTotalWidth + \"px\");\n wrap.insertBefore(lineView.gutterBackground, lineView.text);\n }\n var markers = lineView.line.gutterMarkers;\n if (cm.options.lineNumbers || markers) {\n var wrap = ensureLineWrapped(lineView);\n var gutterWrap = lineView.gutter = elt(\"div\", null, \"CodeMirror-gutter-wrapper\", \"left: \" +\n (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) + \"px\");\n cm.display.input.setUneditable(gutterWrap);\n wrap.insertBefore(gutterWrap, lineView.text);\n if (lineView.line.gutterClass)\n gutterWrap.className += \" \" + lineView.line.gutterClass;\n if (cm.options.lineNumbers && (!markers || !markers[\"CodeMirror-linenumbers\"]))\n lineView.lineNumber = gutterWrap.appendChild(\n elt(\"div\", lineNumberFor(cm.options, lineN),\n \"CodeMirror-linenumber CodeMirror-gutter-elt\",\n \"left: \" + dims.gutterLeft[\"CodeMirror-linenumbers\"] + \"px; width: \"\n + cm.display.lineNumInnerWidth + \"px\"));\n if (markers) for (var k = 0; k < cm.options.gutters.length; ++k) {\n var id = cm.options.gutters[k], found = markers.hasOwnProperty(id) && markers[id];\n if (found)\n gutterWrap.appendChild(elt(\"div\", [found], \"CodeMirror-gutter-elt\", \"left: \" +\n dims.gutterLeft[id] + \"px; width: \" + dims.gutterWidth[id] + \"px\"));\n }\n }\n }\n\n function updateLineWidgets(cm, lineView, dims) {\n if (lineView.alignable) lineView.alignable = null;\n for (var node = lineView.node.firstChild, next; node; node = next) {\n var next = node.nextSibling;\n if (node.className == \"CodeMirror-linewidget\")\n lineView.node.removeChild(node);\n }\n insertLineWidgets(cm, lineView, dims);\n }\n\n // Build a line's DOM representation from scratch\n function buildLineElement(cm, lineView, lineN, dims) {\n var built = getLineContent(cm, lineView);\n lineView.text = lineView.node = built.pre;\n if (built.bgClass) lineView.bgClass = built.bgClass;\n if (built.textClass) lineView.textClass = built.textClass;\n\n updateLineClasses(lineView);\n updateLineGutter(cm, lineView, lineN, dims);\n insertLineWidgets(cm, lineView, dims);\n return lineView.node;\n }\n\n // A lineView may contain multiple logical lines (when merged by\n // collapsed spans). The widgets for all of them need to be drawn.\n function insertLineWidgets(cm, lineView, dims) {\n insertLineWidgetsFor(cm, lineView.line, lineView, dims, true);\n if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n insertLineWidgetsFor(cm, lineView.rest[i], lineView, dims, false);\n }\n\n function insertLineWidgetsFor(cm, line, lineView, dims, allowAbove) {\n if (!line.widgets) return;\n var wrap = ensureLineWrapped(lineView);\n for (var i = 0, ws = line.widgets; i < ws.length; ++i) {\n var widget = ws[i], node = elt(\"div\", [widget.node], \"CodeMirror-linewidget\");\n if (!widget.handleMouseEvents) node.setAttribute(\"cm-ignore-events\", \"true\");\n positionLineWidget(widget, node, lineView, dims);\n cm.display.input.setUneditable(node);\n if (allowAbove && widget.above)\n wrap.insertBefore(node, lineView.gutter || lineView.text);\n else\n wrap.appendChild(node);\n signalLater(widget, \"redraw\");\n }\n }\n\n function positionLineWidget(widget, node, lineView, dims) {\n if (widget.noHScroll) {\n (lineView.alignable || (lineView.alignable = [])).push(node);\n var width = dims.wrapperWidth;\n node.style.left = dims.fixedPos + \"px\";\n if (!widget.coverGutter) {\n width -= dims.gutterTotalWidth;\n node.style.paddingLeft = dims.gutterTotalWidth + \"px\";\n }\n node.style.width = width + \"px\";\n }\n if (widget.coverGutter) {\n node.style.zIndex = 5;\n node.style.position = \"relative\";\n if (!widget.noHScroll) node.style.marginLeft = -dims.gutterTotalWidth + \"px\";\n }\n }\n\n // POSITION OBJECT\n\n // A Pos instance represents a position within the text.\n var Pos = CodeMirror.Pos = function(line, ch) {\n if (!(this instanceof Pos)) return new Pos(line, ch);\n this.line = line; this.ch = ch;\n };\n\n // Compare two positions, return 0 if they are the same, a negative\n // number when a is less, and a positive number otherwise.\n var cmp = CodeMirror.cmpPos = function(a, b) { return a.line - b.line || a.ch - b.ch; };\n\n function copyPos(x) {return Pos(x.line, x.ch);}\n function maxPos(a, b) { return cmp(a, b) < 0 ? b : a; }\n function minPos(a, b) { return cmp(a, b) < 0 ? a : b; }\n\n // INPUT HANDLING\n\n function ensureFocus(cm) {\n if (!cm.state.focused) { cm.display.input.focus(); onFocus(cm); }\n }\n\n // This will be set to an array of strings when copying, so that,\n // when pasting, we know what kind of selections the copied text\n // was made out of.\n var lastCopied = null;\n\n function applyTextInput(cm, inserted, deleted, sel, origin) {\n var doc = cm.doc;\n cm.display.shift = false;\n if (!sel) sel = doc.sel;\n\n var paste = cm.state.pasteIncoming || origin == \"paste\";\n var textLines = doc.splitLines(inserted), multiPaste = null;\n // When pasing N lines into N selections, insert one line per selection\n if (paste && sel.ranges.length > 1) {\n if (lastCopied && lastCopied.join(\"\\n\") == inserted) {\n if (sel.ranges.length % lastCopied.length == 0) {\n multiPaste = [];\n for (var i = 0; i < lastCopied.length; i++)\n multiPaste.push(doc.splitLines(lastCopied[i]));\n }\n } else if (textLines.length == sel.ranges.length) {\n multiPaste = map(textLines, function(l) { return [l]; });\n }\n }\n\n // Normal behavior is to insert the new text into every selection\n for (var i = sel.ranges.length - 1; i >= 0; i--) {\n var range = sel.ranges[i];\n var from = range.from(), to = range.to();\n if (range.empty()) {\n if (deleted && deleted > 0) // Handle deletion\n from = Pos(from.line, from.ch - deleted);\n else if (cm.state.overwrite && !paste) // Handle overwrite\n to = Pos(to.line, Math.min(getLine(doc, to.line).text.length, to.ch + lst(textLines).length));\n }\n var updateInput = cm.curOp.updateInput;\n var changeEvent = {from: from, to: to, text: multiPaste ? multiPaste[i % multiPaste.length] : textLines,\n origin: origin || (paste ? \"paste\" : cm.state.cutIncoming ? \"cut\" : \"+input\")};\n makeChange(cm.doc, changeEvent);\n signalLater(cm, \"inputRead\", cm, changeEvent);\n }\n if (inserted && !paste)\n triggerElectric(cm, inserted);\n\n ensureCursorVisible(cm);\n cm.curOp.updateInput = updateInput;\n cm.curOp.typing = true;\n cm.state.pasteIncoming = cm.state.cutIncoming = false;\n }\n\n function handlePaste(e, cm) {\n var pasted = e.clipboardData && e.clipboardData.getData(\"text/plain\");\n if (pasted) {\n e.preventDefault();\n if (!cm.isReadOnly() && !cm.options.disableInput)\n runInOp(cm, function() { applyTextInput(cm, pasted, 0, null, \"paste\"); });\n return true;\n }\n }\n\n function triggerElectric(cm, inserted) {\n // When an 'electric' character is inserted, immediately trigger a reindent\n if (!cm.options.electricChars || !cm.options.smartIndent) return;\n var sel = cm.doc.sel;\n\n for (var i = sel.ranges.length - 1; i >= 0; i--) {\n var range = sel.ranges[i];\n if (range.head.ch > 100 || (i && sel.ranges[i - 1].head.line == range.head.line)) continue;\n var mode = cm.getModeAt(range.head);\n var indented = false;\n if (mode.electricChars) {\n for (var j = 0; j < mode.electricChars.length; j++)\n if (inserted.indexOf(mode.electricChars.charAt(j)) > -1) {\n indented = indentLine(cm, range.head.line, \"smart\");\n break;\n }\n } else if (mode.electricInput) {\n if (mode.electricInput.test(getLine(cm.doc, range.head.line).text.slice(0, range.head.ch)))\n indented = indentLine(cm, range.head.line, \"smart\");\n }\n if (indented) signalLater(cm, \"electricInput\", cm, range.head.line);\n }\n }\n\n function copyableRanges(cm) {\n var text = [], ranges = [];\n for (var i = 0; i < cm.doc.sel.ranges.length; i++) {\n var line = cm.doc.sel.ranges[i].head.line;\n var lineRange = {anchor: Pos(line, 0), head: Pos(line + 1, 0)};\n ranges.push(lineRange);\n text.push(cm.getRange(lineRange.anchor, lineRange.head));\n }\n return {text: text, ranges: ranges};\n }\n\n function disableBrowserMagic(field) {\n field.setAttribute(\"autocorrect\", \"off\");\n field.setAttribute(\"autocapitalize\", \"off\");\n field.setAttribute(\"spellcheck\", \"false\");\n }\n\n // TEXTAREA INPUT STYLE\n\n function TextareaInput(cm) {\n this.cm = cm;\n // See input.poll and input.reset\n this.prevInput = \"\";\n\n // Flag that indicates whether we expect input to appear real soon\n // now (after some event like 'keypress' or 'input') and are\n // polling intensively.\n this.pollingFast = false;\n // Self-resetting timeout for the poller\n this.polling = new Delayed();\n // Tracks when input.reset has punted to just putting a short\n // string into the textarea instead of the full selection.\n this.inaccurateSelection = false;\n // Used to work around IE issue with selection being forgotten when focus moves away from textarea\n this.hasSelection = false;\n this.composing = null;\n };\n\n function hiddenTextarea() {\n var te = elt(\"textarea\", null, null, \"position: absolute; padding: 0; width: 1px; height: 1em; outline: none\");\n var div = elt(\"div\", [te], null, \"overflow: hidden; position: relative; width: 3px; height: 0px;\");\n // The textarea is kept positioned near the cursor to prevent the\n // fact that it'll be scrolled into view on input from scrolling\n // our fake cursor out of view. On webkit, when wrap=off, paste is\n // very slow. So make the area wide instead.\n if (webkit) te.style.width = \"1000px\";\n else te.setAttribute(\"wrap\", \"off\");\n // If border: 0; -- iOS fails to open keyboard (issue #1287)\n if (ios) te.style.border = \"1px solid black\";\n disableBrowserMagic(te);\n return div;\n }\n\n TextareaInput.prototype = copyObj({\n init: function(display) {\n var input = this, cm = this.cm;\n\n // Wraps and hides input textarea\n var div = this.wrapper = hiddenTextarea();\n // The semihidden textarea that is focused when the editor is\n // focused, and receives input.\n var te = this.textarea = div.firstChild;\n display.wrapper.insertBefore(div, display.wrapper.firstChild);\n\n // Needed to hide big blue blinking cursor on Mobile Safari (doesn't seem to work in iOS 8 anymore)\n if (ios) te.style.width = \"0px\";\n\n on(te, \"input\", function() {\n if (ie && ie_version >= 9 && input.hasSelection) input.hasSelection = null;\n input.poll();\n });\n\n on(te, \"paste\", function(e) {\n if (signalDOMEvent(cm, e) || handlePaste(e, cm)) return\n\n cm.state.pasteIncoming = true;\n input.fastPoll();\n });\n\n function prepareCopyCut(e) {\n if (signalDOMEvent(cm, e)) return\n if (cm.somethingSelected()) {\n lastCopied = cm.getSelections();\n if (input.inaccurateSelection) {\n input.prevInput = \"\";\n input.inaccurateSelection = false;\n te.value = lastCopied.join(\"\\n\");\n selectInput(te);\n }\n } else if (!cm.options.lineWiseCopyCut) {\n return;\n } else {\n var ranges = copyableRanges(cm);\n lastCopied = ranges.text;\n if (e.type == \"cut\") {\n cm.setSelections(ranges.ranges, null, sel_dontScroll);\n } else {\n input.prevInput = \"\";\n te.value = ranges.text.join(\"\\n\");\n selectInput(te);\n }\n }\n if (e.type == \"cut\") cm.state.cutIncoming = true;\n }\n on(te, \"cut\", prepareCopyCut);\n on(te, \"copy\", prepareCopyCut);\n\n on(display.scroller, \"paste\", function(e) {\n if (eventInWidget(display, e) || signalDOMEvent(cm, e)) return;\n cm.state.pasteIncoming = true;\n input.focus();\n });\n\n // Prevent normal selection in the editor (we handle our own)\n on(display.lineSpace, \"selectstart\", function(e) {\n if (!eventInWidget(display, e)) e_preventDefault(e);\n });\n\n on(te, \"compositionstart\", function() {\n var start = cm.getCursor(\"from\");\n if (input.composing) input.composing.range.clear()\n input.composing = {\n start: start,\n range: cm.markText(start, cm.getCursor(\"to\"), {className: \"CodeMirror-composing\"})\n };\n });\n on(te, \"compositionend\", function() {\n if (input.composing) {\n input.poll();\n input.composing.range.clear();\n input.composing = null;\n }\n });\n },\n\n prepareSelection: function() {\n // Redraw the selection and/or cursor\n var cm = this.cm, display = cm.display, doc = cm.doc;\n var result = prepareSelection(cm);\n\n // Move the hidden textarea near the cursor to prevent scrolling artifacts\n if (cm.options.moveInputWithCursor) {\n var headPos = cursorCoords(cm, doc.sel.primary().head, \"div\");\n var wrapOff = display.wrapper.getBoundingClientRect(), lineOff = display.lineDiv.getBoundingClientRect();\n result.teTop = Math.max(0, Math.min(display.wrapper.clientHeight - 10,\n headPos.top + lineOff.top - wrapOff.top));\n result.teLeft = Math.max(0, Math.min(display.wrapper.clientWidth - 10,\n headPos.left + lineOff.left - wrapOff.left));\n }\n\n return result;\n },\n\n showSelection: function(drawn) {\n var cm = this.cm, display = cm.display;\n removeChildrenAndAdd(display.cursorDiv, drawn.cursors);\n removeChildrenAndAdd(display.selectionDiv, drawn.selection);\n if (drawn.teTop != null) {\n this.wrapper.style.top = drawn.teTop + \"px\";\n this.wrapper.style.left = drawn.teLeft + \"px\";\n }\n },\n\n // Reset the input to correspond to the selection (or to be empty,\n // when not typing and nothing is selected)\n reset: function(typing) {\n if (this.contextMenuPending) return;\n var minimal, selected, cm = this.cm, doc = cm.doc;\n if (cm.somethingSelected()) {\n this.prevInput = \"\";\n var range = doc.sel.primary();\n minimal = hasCopyEvent &&\n (range.to().line - range.from().line > 100 || (selected = cm.getSelection()).length > 1000);\n var content = minimal ? \"-\" : selected || cm.getSelection();\n this.textarea.value = content;\n if (cm.state.focused) selectInput(this.textarea);\n if (ie && ie_version >= 9) this.hasSelection = content;\n } else if (!typing) {\n this.prevInput = this.textarea.value = \"\";\n if (ie && ie_version >= 9) this.hasSelection = null;\n }\n this.inaccurateSelection = minimal;\n },\n\n getField: function() { return this.textarea; },\n\n supportsTouch: function() { return false; },\n\n focus: function() {\n if (this.cm.options.readOnly != \"nocursor\" && (!mobile || activeElt() != this.textarea)) {\n try { this.textarea.focus(); }\n catch (e) {} // IE8 will throw if the textarea is display: none or not in DOM\n }\n },\n\n blur: function() { this.textarea.blur(); },\n\n resetPosition: function() {\n this.wrapper.style.top = this.wrapper.style.left = 0;\n },\n\n receivedFocus: function() { this.slowPoll(); },\n\n // Poll for input changes, using the normal rate of polling. This\n // runs as long as the editor is focused.\n slowPoll: function() {\n var input = this;\n if (input.pollingFast) return;\n input.polling.set(this.cm.options.pollInterval, function() {\n input.poll();\n if (input.cm.state.focused) input.slowPoll();\n });\n },\n\n // When an event has just come in that is likely to add or change\n // something in the input textarea, we poll faster, to ensure that\n // the change appears on the screen quickly.\n fastPoll: function() {\n var missed = false, input = this;\n input.pollingFast = true;\n function p() {\n var changed = input.poll();\n if (!changed && !missed) {missed = true; input.polling.set(60, p);}\n else {input.pollingFast = false; input.slowPoll();}\n }\n input.polling.set(20, p);\n },\n\n // Read input from the textarea, and update the document to match.\n // When something is selected, it is present in the textarea, and\n // selected (unless it is huge, in which case a placeholder is\n // used). When nothing is selected, the cursor sits after previously\n // seen text (can be empty), which is stored in prevInput (we must\n // not reset the textarea when typing, because that breaks IME).\n poll: function() {\n var cm = this.cm, input = this.textarea, prevInput = this.prevInput;\n // Since this is called a *lot*, try to bail out as cheaply as\n // possible when it is clear that nothing happened. hasSelection\n // will be the case when there is a lot of text in the textarea,\n // in which case reading its value would be expensive.\n if (this.contextMenuPending || !cm.state.focused ||\n (hasSelection(input) && !prevInput && !this.composing) ||\n cm.isReadOnly() || cm.options.disableInput || cm.state.keySeq)\n return false;\n\n var text = input.value;\n // If nothing changed, bail.\n if (text == prevInput && !cm.somethingSelected()) return false;\n // Work around nonsensical selection resetting in IE9/10, and\n // inexplicable appearance of private area unicode characters on\n // some key combos in Mac (#2689).\n if (ie && ie_version >= 9 && this.hasSelection === text ||\n mac && /[\\uf700-\\uf7ff]/.test(text)) {\n cm.display.input.reset();\n return false;\n }\n\n if (cm.doc.sel == cm.display.selForContextMenu) {\n var first = text.charCodeAt(0);\n if (first == 0x200b && !prevInput) prevInput = \"\\u200b\";\n if (first == 0x21da) { this.reset(); return this.cm.execCommand(\"undo\"); }\n }\n // Find the part of the input that is actually new\n var same = 0, l = Math.min(prevInput.length, text.length);\n while (same < l && prevInput.charCodeAt(same) == text.charCodeAt(same)) ++same;\n\n var self = this;\n runInOp(cm, function() {\n applyTextInput(cm, text.slice(same), prevInput.length - same,\n null, self.composing ? \"*compose\" : null);\n\n // Don't leave long text in the textarea, since it makes further polling slow\n if (text.length > 1000 || text.indexOf(\"\\n\") > -1) input.value = self.prevInput = \"\";\n else self.prevInput = text;\n\n if (self.composing) {\n self.composing.range.clear();\n self.composing.range = cm.markText(self.composing.start, cm.getCursor(\"to\"),\n {className: \"CodeMirror-composing\"});\n }\n });\n return true;\n },\n\n ensurePolled: function() {\n if (this.pollingFast && this.poll()) this.pollingFast = false;\n },\n\n onKeyPress: function() {\n if (ie && ie_version >= 9) this.hasSelection = null;\n this.fastPoll();\n },\n\n onContextMenu: function(e) {\n var input = this, cm = input.cm, display = cm.display, te = input.textarea;\n var pos = posFromMouse(cm, e), scrollPos = display.scroller.scrollTop;\n if (!pos || presto) return; // Opera is difficult.\n\n // Reset the current text selection only if the click is done outside of the selection\n // and 'resetSelectionOnContextMenu' option is true.\n var reset = cm.options.resetSelectionOnContextMenu;\n if (reset && cm.doc.sel.contains(pos) == -1)\n operation(cm, setSelection)(cm.doc, simpleSelection(pos), sel_dontScroll);\n\n var oldCSS = te.style.cssText, oldWrapperCSS = input.wrapper.style.cssText;\n input.wrapper.style.cssText = \"position: absolute\"\n var wrapperBox = input.wrapper.getBoundingClientRect()\n te.style.cssText = \"position: absolute; width: 30px; height: 30px; top: \" + (e.clientY - wrapperBox.top - 5) +\n \"px; left: \" + (e.clientX - wrapperBox.left - 5) + \"px; z-index: 1000; background: \" +\n (ie ? \"rgba(255, 255, 255, .05)\" : \"transparent\") +\n \"; outline: none; border-width: 0; outline: none; overflow: hidden; opacity: .05; filter: alpha(opacity=5);\";\n if (webkit) var oldScrollY = window.scrollY; // Work around Chrome issue (#2712)\n display.input.focus();\n if (webkit) window.scrollTo(null, oldScrollY);\n display.input.reset();\n // Adds \"Select all\" to context menu in FF\n if (!cm.somethingSelected()) te.value = input.prevInput = \" \";\n input.contextMenuPending = true;\n display.selForContextMenu = cm.doc.sel;\n clearTimeout(display.detectingSelectAll);\n\n // Select-all will be greyed out if there's nothing to select, so\n // this adds a zero-width space so that we can later check whether\n // it got selected.\n function prepareSelectAllHack() {\n if (te.selectionStart != null) {\n var selected = cm.somethingSelected();\n var extval = \"\\u200b\" + (selected ? te.value : \"\");\n te.value = \"\\u21da\"; // Used to catch context-menu undo\n te.value = extval;\n input.prevInput = selected ? \"\" : \"\\u200b\";\n te.selectionStart = 1; te.selectionEnd = extval.length;\n // Re-set this, in case some other handler touched the\n // selection in the meantime.\n display.selForContextMenu = cm.doc.sel;\n }\n }\n function rehide() {\n input.contextMenuPending = false;\n input.wrapper.style.cssText = oldWrapperCSS\n te.style.cssText = oldCSS;\n if (ie && ie_version < 9) display.scrollbars.setScrollTop(display.scroller.scrollTop = scrollPos);\n\n // Try to detect the user choosing select-all\n if (te.selectionStart != null) {\n if (!ie || (ie && ie_version < 9)) prepareSelectAllHack();\n var i = 0, poll = function() {\n if (display.selForContextMenu == cm.doc.sel && te.selectionStart == 0 &&\n te.selectionEnd > 0 && input.prevInput == \"\\u200b\")\n operation(cm, commands.selectAll)(cm);\n else if (i++ < 10) display.detectingSelectAll = setTimeout(poll, 500);\n else display.input.reset();\n };\n display.detectingSelectAll = setTimeout(poll, 200);\n }\n }\n\n if (ie && ie_version >= 9) prepareSelectAllHack();\n if (captureRightClick) {\n e_stop(e);\n var mouseup = function() {\n off(window, \"mouseup\", mouseup);\n setTimeout(rehide, 20);\n };\n on(window, \"mouseup\", mouseup);\n } else {\n setTimeout(rehide, 50);\n }\n },\n\n readOnlyChanged: function(val) {\n if (!val) this.reset();\n },\n\n setUneditable: nothing,\n\n needsContentAttribute: false\n }, TextareaInput.prototype);\n\n // CONTENTEDITABLE INPUT STYLE\n\n function ContentEditableInput(cm) {\n this.cm = cm;\n this.lastAnchorNode = this.lastAnchorOffset = this.lastFocusNode = this.lastFocusOffset = null;\n this.polling = new Delayed();\n this.gracePeriod = false;\n }\n\n ContentEditableInput.prototype = copyObj({\n init: function(display) {\n var input = this, cm = input.cm;\n var div = input.div = display.lineDiv;\n disableBrowserMagic(div);\n\n on(div, \"paste\", function(e) {\n if (!signalDOMEvent(cm, e)) handlePaste(e, cm);\n })\n\n on(div, \"compositionstart\", function(e) {\n var data = e.data;\n input.composing = {sel: cm.doc.sel, data: data, startData: data};\n if (!data) return;\n var prim = cm.doc.sel.primary();\n var line = cm.getLine(prim.head.line);\n var found = line.indexOf(data, Math.max(0, prim.head.ch - data.length));\n if (found > -1 && found <= prim.head.ch)\n input.composing.sel = simpleSelection(Pos(prim.head.line, found),\n Pos(prim.head.line, found + data.length));\n });\n on(div, \"compositionupdate\", function(e) {\n input.composing.data = e.data;\n });\n on(div, \"compositionend\", function(e) {\n var ours = input.composing;\n if (!ours) return;\n if (e.data != ours.startData && !/\\u200b/.test(e.data))\n ours.data = e.data;\n // Need a small delay to prevent other code (input event,\n // selection polling) from doing damage when fired right after\n // compositionend.\n setTimeout(function() {\n if (!ours.handled)\n input.applyComposition(ours);\n if (input.composing == ours)\n input.composing = null;\n }, 50);\n });\n\n on(div, \"touchstart\", function() {\n input.forceCompositionEnd();\n });\n\n on(div, \"input\", function() {\n if (input.composing) return;\n if (cm.isReadOnly() || !input.pollContent())\n runInOp(input.cm, function() {regChange(cm);});\n });\n\n function onCopyCut(e) {\n if (signalDOMEvent(cm, e)) return\n if (cm.somethingSelected()) {\n lastCopied = cm.getSelections();\n if (e.type == \"cut\") cm.replaceSelection(\"\", null, \"cut\");\n } else if (!cm.options.lineWiseCopyCut) {\n return;\n } else {\n var ranges = copyableRanges(cm);\n lastCopied = ranges.text;\n if (e.type == \"cut\") {\n cm.operation(function() {\n cm.setSelections(ranges.ranges, 0, sel_dontScroll);\n cm.replaceSelection(\"\", null, \"cut\");\n });\n }\n }\n // iOS exposes the clipboard API, but seems to discard content inserted into it\n if (e.clipboardData && !ios) {\n e.preventDefault();\n e.clipboardData.clearData();\n e.clipboardData.setData(\"text/plain\", lastCopied.join(\"\\n\"));\n } else {\n // Old-fashioned briefly-focus-a-textarea hack\n var kludge = hiddenTextarea(), te = kludge.firstChild;\n cm.display.lineSpace.insertBefore(kludge, cm.display.lineSpace.firstChild);\n te.value = lastCopied.join(\"\\n\");\n var hadFocus = document.activeElement;\n selectInput(te);\n setTimeout(function() {\n cm.display.lineSpace.removeChild(kludge);\n hadFocus.focus();\n }, 50);\n }\n }\n on(div, \"copy\", onCopyCut);\n on(div, \"cut\", onCopyCut);\n },\n\n prepareSelection: function() {\n var result = prepareSelection(this.cm, false);\n result.focus = this.cm.state.focused;\n return result;\n },\n\n showSelection: function(info) {\n if (!info || !this.cm.display.view.length) return;\n if (info.focus) this.showPrimarySelection();\n this.showMultipleSelections(info);\n },\n\n showPrimarySelection: function() {\n var sel = window.getSelection(), prim = this.cm.doc.sel.primary();\n var curAnchor = domToPos(this.cm, sel.anchorNode, sel.anchorOffset);\n var curFocus = domToPos(this.cm, sel.focusNode, sel.focusOffset);\n if (curAnchor && !curAnchor.bad && curFocus && !curFocus.bad &&\n cmp(minPos(curAnchor, curFocus), prim.from()) == 0 &&\n cmp(maxPos(curAnchor, curFocus), prim.to()) == 0)\n return;\n\n var start = posToDOM(this.cm, prim.from());\n var end = posToDOM(this.cm, prim.to());\n if (!start && !end) return;\n\n var view = this.cm.display.view;\n var old = sel.rangeCount && sel.getRangeAt(0);\n if (!start) {\n start = {node: view[0].measure.map[2], offset: 0};\n } else if (!end) { // FIXME dangerously hacky\n var measure = view[view.length - 1].measure;\n var map = measure.maps ? measure.maps[measure.maps.length - 1] : measure.map;\n end = {node: map[map.length - 1], offset: map[map.length - 2] - map[map.length - 3]};\n }\n\n try { var rng = range(start.node, start.offset, end.offset, end.node); }\n catch(e) {} // Our model of the DOM might be outdated, in which case the range we try to set can be impossible\n if (rng) {\n if (!gecko && this.cm.state.focused) {\n sel.collapse(start.node, start.offset);\n if (!rng.collapsed) sel.addRange(rng);\n } else {\n sel.removeAllRanges();\n sel.addRange(rng);\n }\n if (old && sel.anchorNode == null) sel.addRange(old);\n else if (gecko) this.startGracePeriod();\n }\n this.rememberSelection();\n },\n\n startGracePeriod: function() {\n var input = this;\n clearTimeout(this.gracePeriod);\n this.gracePeriod = setTimeout(function() {\n input.gracePeriod = false;\n if (input.selectionChanged())\n input.cm.operation(function() { input.cm.curOp.selectionChanged = true; });\n }, 20);\n },\n\n showMultipleSelections: function(info) {\n removeChildrenAndAdd(this.cm.display.cursorDiv, info.cursors);\n removeChildrenAndAdd(this.cm.display.selectionDiv, info.selection);\n },\n\n rememberSelection: function() {\n var sel = window.getSelection();\n this.lastAnchorNode = sel.anchorNode; this.lastAnchorOffset = sel.anchorOffset;\n this.lastFocusNode = sel.focusNode; this.lastFocusOffset = sel.focusOffset;\n },\n\n selectionInEditor: function() {\n var sel = window.getSelection();\n if (!sel.rangeCount) return false;\n var node = sel.getRangeAt(0).commonAncestorContainer;\n return contains(this.div, node);\n },\n\n focus: function() {\n if (this.cm.options.readOnly != \"nocursor\") this.div.focus();\n },\n blur: function() { this.div.blur(); },\n getField: function() { return this.div; },\n\n supportsTouch: function() { return true; },\n\n receivedFocus: function() {\n var input = this;\n if (this.selectionInEditor())\n this.pollSelection();\n else\n runInOp(this.cm, function() { input.cm.curOp.selectionChanged = true; });\n\n function poll() {\n if (input.cm.state.focused) {\n input.pollSelection();\n input.polling.set(input.cm.options.pollInterval, poll);\n }\n }\n this.polling.set(this.cm.options.pollInterval, poll);\n },\n\n selectionChanged: function() {\n var sel = window.getSelection();\n return sel.anchorNode != this.lastAnchorNode || sel.anchorOffset != this.lastAnchorOffset ||\n sel.focusNode != this.lastFocusNode || sel.focusOffset != this.lastFocusOffset;\n },\n\n pollSelection: function() {\n if (!this.composing && !this.gracePeriod && this.selectionChanged()) {\n var sel = window.getSelection(), cm = this.cm;\n this.rememberSelection();\n var anchor = domToPos(cm, sel.anchorNode, sel.anchorOffset);\n var head = domToPos(cm, sel.focusNode, sel.focusOffset);\n if (anchor && head) runInOp(cm, function() {\n setSelection(cm.doc, simpleSelection(anchor, head), sel_dontScroll);\n if (anchor.bad || head.bad) cm.curOp.selectionChanged = true;\n });\n }\n },\n\n pollContent: function() {\n var cm = this.cm, display = cm.display, sel = cm.doc.sel.primary();\n var from = sel.from(), to = sel.to();\n if (from.line < display.viewFrom || to.line > display.viewTo - 1) return false;\n\n var fromIndex;\n if (from.line == display.viewFrom || (fromIndex = findViewIndex(cm, from.line)) == 0) {\n var fromLine = lineNo(display.view[0].line);\n var fromNode = display.view[0].node;\n } else {\n var fromLine = lineNo(display.view[fromIndex].line);\n var fromNode = display.view[fromIndex - 1].node.nextSibling;\n }\n var toIndex = findViewIndex(cm, to.line);\n if (toIndex == display.view.length - 1) {\n var toLine = display.viewTo - 1;\n var toNode = display.lineDiv.lastChild;\n } else {\n var toLine = lineNo(display.view[toIndex + 1].line) - 1;\n var toNode = display.view[toIndex + 1].node.previousSibling;\n }\n\n var newText = cm.doc.splitLines(domTextBetween(cm, fromNode, toNode, fromLine, toLine));\n var oldText = getBetween(cm.doc, Pos(fromLine, 0), Pos(toLine, getLine(cm.doc, toLine).text.length));\n while (newText.length > 1 && oldText.length > 1) {\n if (lst(newText) == lst(oldText)) { newText.pop(); oldText.pop(); toLine--; }\n else if (newText[0] == oldText[0]) { newText.shift(); oldText.shift(); fromLine++; }\n else break;\n }\n\n var cutFront = 0, cutEnd = 0;\n var newTop = newText[0], oldTop = oldText[0], maxCutFront = Math.min(newTop.length, oldTop.length);\n while (cutFront < maxCutFront && newTop.charCodeAt(cutFront) == oldTop.charCodeAt(cutFront))\n ++cutFront;\n var newBot = lst(newText), oldBot = lst(oldText);\n var maxCutEnd = Math.min(newBot.length - (newText.length == 1 ? cutFront : 0),\n oldBot.length - (oldText.length == 1 ? cutFront : 0));\n while (cutEnd < maxCutEnd &&\n newBot.charCodeAt(newBot.length - cutEnd - 1) == oldBot.charCodeAt(oldBot.length - cutEnd - 1))\n ++cutEnd;\n\n newText[newText.length - 1] = newBot.slice(0, newBot.length - cutEnd);\n newText[0] = newText[0].slice(cutFront);\n\n var chFrom = Pos(fromLine, cutFront);\n var chTo = Pos(toLine, oldText.length ? lst(oldText).length - cutEnd : 0);\n if (newText.length > 1 || newText[0] || cmp(chFrom, chTo)) {\n replaceRange(cm.doc, newText, chFrom, chTo, \"+input\");\n return true;\n }\n },\n\n ensurePolled: function() {\n this.forceCompositionEnd();\n },\n reset: function() {\n this.forceCompositionEnd();\n },\n forceCompositionEnd: function() {\n if (!this.composing || this.composing.handled) return;\n this.applyComposition(this.composing);\n this.composing.handled = true;\n this.div.blur();\n this.div.focus();\n },\n applyComposition: function(composing) {\n if (this.cm.isReadOnly())\n operation(this.cm, regChange)(this.cm)\n else if (composing.data && composing.data != composing.startData)\n operation(this.cm, applyTextInput)(this.cm, composing.data, 0, composing.sel);\n },\n\n setUneditable: function(node) {\n node.contentEditable = \"false\"\n },\n\n onKeyPress: function(e) {\n e.preventDefault();\n if (!this.cm.isReadOnly())\n operation(this.cm, applyTextInput)(this.cm, String.fromCharCode(e.charCode == null ? e.keyCode : e.charCode), 0);\n },\n\n readOnlyChanged: function(val) {\n this.div.contentEditable = String(val != \"nocursor\")\n },\n\n onContextMenu: nothing,\n resetPosition: nothing,\n\n needsContentAttribute: true\n }, ContentEditableInput.prototype);\n\n function posToDOM(cm, pos) {\n var view = findViewForLine(cm, pos.line);\n if (!view || view.hidden) return null;\n var line = getLine(cm.doc, pos.line);\n var info = mapFromLineView(view, line, pos.line);\n\n var order = getOrder(line), side = \"left\";\n if (order) {\n var partPos = getBidiPartAt(order, pos.ch);\n side = partPos % 2 ? \"right\" : \"left\";\n }\n var result = nodeAndOffsetInLineMap(info.map, pos.ch, side);\n result.offset = result.collapse == \"right\" ? result.end : result.start;\n return result;\n }\n\n function badPos(pos, bad) { if (bad) pos.bad = true; return pos; }\n\n function domToPos(cm, node, offset) {\n var lineNode;\n if (node == cm.display.lineDiv) {\n lineNode = cm.display.lineDiv.childNodes[offset];\n if (!lineNode) return badPos(cm.clipPos(Pos(cm.display.viewTo - 1)), true);\n node = null; offset = 0;\n } else {\n for (lineNode = node;; lineNode = lineNode.parentNode) {\n if (!lineNode || lineNode == cm.display.lineDiv) return null;\n if (lineNode.parentNode && lineNode.parentNode == cm.display.lineDiv) break;\n }\n }\n for (var i = 0; i < cm.display.view.length; i++) {\n var lineView = cm.display.view[i];\n if (lineView.node == lineNode)\n return locateNodeInLineView(lineView, node, offset);\n }\n }\n\n function locateNodeInLineView(lineView, node, offset) {\n var wrapper = lineView.text.firstChild, bad = false;\n if (!node || !contains(wrapper, node)) return badPos(Pos(lineNo(lineView.line), 0), true);\n if (node == wrapper) {\n bad = true;\n node = wrapper.childNodes[offset];\n offset = 0;\n if (!node) {\n var line = lineView.rest ? lst(lineView.rest) : lineView.line;\n return badPos(Pos(lineNo(line), line.text.length), bad);\n }\n }\n\n var textNode = node.nodeType == 3 ? node : null, topNode = node;\n if (!textNode && node.childNodes.length == 1 && node.firstChild.nodeType == 3) {\n textNode = node.firstChild;\n if (offset) offset = textNode.nodeValue.length;\n }\n while (topNode.parentNode != wrapper) topNode = topNode.parentNode;\n var measure = lineView.measure, maps = measure.maps;\n\n function find(textNode, topNode, offset) {\n for (var i = -1; i < (maps ? maps.length : 0); i++) {\n var map = i < 0 ? measure.map : maps[i];\n for (var j = 0; j < map.length; j += 3) {\n var curNode = map[j + 2];\n if (curNode == textNode || curNode == topNode) {\n var line = lineNo(i < 0 ? lineView.line : lineView.rest[i]);\n var ch = map[j] + offset;\n if (offset < 0 || curNode != textNode) ch = map[j + (offset ? 1 : 0)];\n return Pos(line, ch);\n }\n }\n }\n }\n var found = find(textNode, topNode, offset);\n if (found) return badPos(found, bad);\n\n // FIXME this is all really shaky. might handle the few cases it needs to handle, but likely to cause problems\n for (var after = topNode.nextSibling, dist = textNode ? textNode.nodeValue.length - offset : 0; after; after = after.nextSibling) {\n found = find(after, after.firstChild, 0);\n if (found)\n return badPos(Pos(found.line, found.ch - dist), bad);\n else\n dist += after.textContent.length;\n }\n for (var before = topNode.previousSibling, dist = offset; before; before = before.previousSibling) {\n found = find(before, before.firstChild, -1);\n if (found)\n return badPos(Pos(found.line, found.ch + dist), bad);\n else\n dist += after.textContent.length;\n }\n }\n\n function domTextBetween(cm, from, to, fromLine, toLine) {\n var text = \"\", closing = false, lineSep = cm.doc.lineSeparator();\n function recognizeMarker(id) { return function(marker) { return marker.id == id; }; }\n function walk(node) {\n if (node.nodeType == 1) {\n var cmText = node.getAttribute(\"cm-text\");\n if (cmText != null) {\n if (cmText == \"\") cmText = node.textContent.replace(/\\u200b/g, \"\");\n text += cmText;\n return;\n }\n var markerID = node.getAttribute(\"cm-marker\"), range;\n if (markerID) {\n var found = cm.findMarks(Pos(fromLine, 0), Pos(toLine + 1, 0), recognizeMarker(+markerID));\n if (found.length && (range = found[0].find()))\n text += getBetween(cm.doc, range.from, range.to).join(lineSep);\n return;\n }\n if (node.getAttribute(\"contenteditable\") == \"false\") return;\n for (var i = 0; i < node.childNodes.length; i++)\n walk(node.childNodes[i]);\n if (/^(pre|div|p)$/i.test(node.nodeName))\n closing = true;\n } else if (node.nodeType == 3) {\n var val = node.nodeValue;\n if (!val) return;\n if (closing) {\n text += lineSep;\n closing = false;\n }\n text += val;\n }\n }\n for (;;) {\n walk(from);\n if (from == to) break;\n from = from.nextSibling;\n }\n return text;\n }\n\n CodeMirror.inputStyles = {\"textarea\": TextareaInput, \"contenteditable\": ContentEditableInput};\n\n // SELECTION / CURSOR\n\n // Selection objects are immutable. A new one is created every time\n // the selection changes. A selection is one or more non-overlapping\n // (and non-touching) ranges, sorted, and an integer that indicates\n // which one is the primary selection (the one that's scrolled into\n // view, that getCursor returns, etc).\n function Selection(ranges, primIndex) {\n this.ranges = ranges;\n this.primIndex = primIndex;\n }\n\n Selection.prototype = {\n primary: function() { return this.ranges[this.primIndex]; },\n equals: function(other) {\n if (other == this) return true;\n if (other.primIndex != this.primIndex || other.ranges.length != this.ranges.length) return false;\n for (var i = 0; i < this.ranges.length; i++) {\n var here = this.ranges[i], there = other.ranges[i];\n if (cmp(here.anchor, there.anchor) != 0 || cmp(here.head, there.head) != 0) return false;\n }\n return true;\n },\n deepCopy: function() {\n for (var out = [], i = 0; i < this.ranges.length; i++)\n out[i] = new Range(copyPos(this.ranges[i].anchor), copyPos(this.ranges[i].head));\n return new Selection(out, this.primIndex);\n },\n somethingSelected: function() {\n for (var i = 0; i < this.ranges.length; i++)\n if (!this.ranges[i].empty()) return true;\n return false;\n },\n contains: function(pos, end) {\n if (!end) end = pos;\n for (var i = 0; i < this.ranges.length; i++) {\n var range = this.ranges[i];\n if (cmp(end, range.from()) >= 0 && cmp(pos, range.to()) <= 0)\n return i;\n }\n return -1;\n }\n };\n\n function Range(anchor, head) {\n this.anchor = anchor; this.head = head;\n }\n\n Range.prototype = {\n from: function() { return minPos(this.anchor, this.head); },\n to: function() { return maxPos(this.anchor, this.head); },\n empty: function() {\n return this.head.line == this.anchor.line && this.head.ch == this.anchor.ch;\n }\n };\n\n // Take an unsorted, potentially overlapping set of ranges, and\n // build a selection out of it. 'Consumes' ranges array (modifying\n // it).\n function normalizeSelection(ranges, primIndex) {\n var prim = ranges[primIndex];\n ranges.sort(function(a, b) { return cmp(a.from(), b.from()); });\n primIndex = indexOf(ranges, prim);\n for (var i = 1; i < ranges.length; i++) {\n var cur = ranges[i], prev = ranges[i - 1];\n if (cmp(prev.to(), cur.from()) >= 0) {\n var from = minPos(prev.from(), cur.from()), to = maxPos(prev.to(), cur.to());\n var inv = prev.empty() ? cur.from() == cur.head : prev.from() == prev.head;\n if (i <= primIndex) --primIndex;\n ranges.splice(--i, 2, new Range(inv ? to : from, inv ? from : to));\n }\n }\n return new Selection(ranges, primIndex);\n }\n\n function simpleSelection(anchor, head) {\n return new Selection([new Range(anchor, head || anchor)], 0);\n }\n\n // Most of the external API clips given positions to make sure they\n // actually exist within the document.\n function clipLine(doc, n) {return Math.max(doc.first, Math.min(n, doc.first + doc.size - 1));}\n function clipPos(doc, pos) {\n if (pos.line < doc.first) return Pos(doc.first, 0);\n var last = doc.first + doc.size - 1;\n if (pos.line > last) return Pos(last, getLine(doc, last).text.length);\n return clipToLen(pos, getLine(doc, pos.line).text.length);\n }\n function clipToLen(pos, linelen) {\n var ch = pos.ch;\n if (ch == null || ch > linelen) return Pos(pos.line, linelen);\n else if (ch < 0) return Pos(pos.line, 0);\n else return pos;\n }\n function isLine(doc, l) {return l >= doc.first && l < doc.first + doc.size;}\n function clipPosArray(doc, array) {\n for (var out = [], i = 0; i < array.length; i++) out[i] = clipPos(doc, array[i]);\n return out;\n }\n\n // SELECTION UPDATES\n\n // The 'scroll' parameter given to many of these indicated whether\n // the new cursor position should be scrolled into view after\n // modifying the selection.\n\n // If shift is held or the extend flag is set, extends a range to\n // include a given position (and optionally a second position).\n // Otherwise, simply returns the range between the given positions.\n // Used for cursor motion and such.\n function extendRange(doc, range, head, other) {\n if (doc.cm && doc.cm.display.shift || doc.extend) {\n var anchor = range.anchor;\n if (other) {\n var posBefore = cmp(head, anchor) < 0;\n if (posBefore != (cmp(other, anchor) < 0)) {\n anchor = head;\n head = other;\n } else if (posBefore != (cmp(head, other) < 0)) {\n head = other;\n }\n }\n return new Range(anchor, head);\n } else {\n return new Range(other || head, head);\n }\n }\n\n // Extend the primary selection range, discard the rest.\n function extendSelection(doc, head, other, options) {\n setSelection(doc, new Selection([extendRange(doc, doc.sel.primary(), head, other)], 0), options);\n }\n\n // Extend all selections (pos is an array of selections with length\n // equal the number of selections)\n function extendSelections(doc, heads, options) {\n for (var out = [], i = 0; i < doc.sel.ranges.length; i++)\n out[i] = extendRange(doc, doc.sel.ranges[i], heads[i], null);\n var newSel = normalizeSelection(out, doc.sel.primIndex);\n setSelection(doc, newSel, options);\n }\n\n // Updates a single range in the selection.\n function replaceOneSelection(doc, i, range, options) {\n var ranges = doc.sel.ranges.slice(0);\n ranges[i] = range;\n setSelection(doc, normalizeSelection(ranges, doc.sel.primIndex), options);\n }\n\n // Reset the selection to a single range.\n function setSimpleSelection(doc, anchor, head, options) {\n setSelection(doc, simpleSelection(anchor, head), options);\n }\n\n // Give beforeSelectionChange handlers a change to influence a\n // selection update.\n function filterSelectionChange(doc, sel, options) {\n var obj = {\n ranges: sel.ranges,\n update: function(ranges) {\n this.ranges = [];\n for (var i = 0; i < ranges.length; i++)\n this.ranges[i] = new Range(clipPos(doc, ranges[i].anchor),\n clipPos(doc, ranges[i].head));\n },\n origin: options && options.origin\n };\n signal(doc, \"beforeSelectionChange\", doc, obj);\n if (doc.cm) signal(doc.cm, \"beforeSelectionChange\", doc.cm, obj);\n if (obj.ranges != sel.ranges) return normalizeSelection(obj.ranges, obj.ranges.length - 1);\n else return sel;\n }\n\n function setSelectionReplaceHistory(doc, sel, options) {\n var done = doc.history.done, last = lst(done);\n if (last && last.ranges) {\n done[done.length - 1] = sel;\n setSelectionNoUndo(doc, sel, options);\n } else {\n setSelection(doc, sel, options);\n }\n }\n\n // Set a new selection.\n function setSelection(doc, sel, options) {\n setSelectionNoUndo(doc, sel, options);\n addSelectionToHistory(doc, doc.sel, doc.cm ? doc.cm.curOp.id : NaN, options);\n }\n\n function setSelectionNoUndo(doc, sel, options) {\n if (hasHandler(doc, \"beforeSelectionChange\") || doc.cm && hasHandler(doc.cm, \"beforeSelectionChange\"))\n sel = filterSelectionChange(doc, sel, options);\n\n var bias = options && options.bias ||\n (cmp(sel.primary().head, doc.sel.primary().head) < 0 ? -1 : 1);\n setSelectionInner(doc, skipAtomicInSelection(doc, sel, bias, true));\n\n if (!(options && options.scroll === false) && doc.cm)\n ensureCursorVisible(doc.cm);\n }\n\n function setSelectionInner(doc, sel) {\n if (sel.equals(doc.sel)) return;\n\n doc.sel = sel;\n\n if (doc.cm) {\n doc.cm.curOp.updateInput = doc.cm.curOp.selectionChanged = true;\n signalCursorActivity(doc.cm);\n }\n signalLater(doc, \"cursorActivity\", doc);\n }\n\n // Verify that the selection does not partially select any atomic\n // marked ranges.\n function reCheckSelection(doc) {\n setSelectionInner(doc, skipAtomicInSelection(doc, doc.sel, null, false), sel_dontScroll);\n }\n\n // Return a selection that does not partially select any atomic\n // ranges.\n function skipAtomicInSelection(doc, sel, bias, mayClear) {\n var out;\n for (var i = 0; i < sel.ranges.length; i++) {\n var range = sel.ranges[i];\n var old = sel.ranges.length == doc.sel.ranges.length && doc.sel.ranges[i];\n var newAnchor = skipAtomic(doc, range.anchor, old && old.anchor, bias, mayClear);\n var newHead = skipAtomic(doc, range.head, old && old.head, bias, mayClear);\n if (out || newAnchor != range.anchor || newHead != range.head) {\n if (!out) out = sel.ranges.slice(0, i);\n out[i] = new Range(newAnchor, newHead);\n }\n }\n return out ? normalizeSelection(out, sel.primIndex) : sel;\n }\n\n function skipAtomicInner(doc, pos, oldPos, dir, mayClear) {\n var line = getLine(doc, pos.line);\n if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n var sp = line.markedSpans[i], m = sp.marker;\n if ((sp.from == null || (m.inclusiveLeft ? sp.from <= pos.ch : sp.from < pos.ch)) &&\n (sp.to == null || (m.inclusiveRight ? sp.to >= pos.ch : sp.to > pos.ch))) {\n if (mayClear) {\n signal(m, \"beforeCursorEnter\");\n if (m.explicitlyCleared) {\n if (!line.markedSpans) break;\n else {--i; continue;}\n }\n }\n if (!m.atomic) continue;\n\n if (oldPos) {\n var near = m.find(dir < 0 ? 1 : -1), diff;\n if (dir < 0 ? m.inclusiveRight : m.inclusiveLeft)\n near = movePos(doc, near, -dir, near && near.line == pos.line ? line : null);\n if (near && near.line == pos.line && (diff = cmp(near, oldPos)) && (dir < 0 ? diff < 0 : diff > 0))\n return skipAtomicInner(doc, near, pos, dir, mayClear);\n }\n\n var far = m.find(dir < 0 ? -1 : 1);\n if (dir < 0 ? m.inclusiveLeft : m.inclusiveRight)\n far = movePos(doc, far, dir, far.line == pos.line ? line : null);\n return far ? skipAtomicInner(doc, far, pos, dir, mayClear) : null;\n }\n }\n return pos;\n }\n\n // Ensure a given position is not inside an atomic range.\n function skipAtomic(doc, pos, oldPos, bias, mayClear) {\n var dir = bias || 1;\n var found = skipAtomicInner(doc, pos, oldPos, dir, mayClear) ||\n (!mayClear && skipAtomicInner(doc, pos, oldPos, dir, true)) ||\n skipAtomicInner(doc, pos, oldPos, -dir, mayClear) ||\n (!mayClear && skipAtomicInner(doc, pos, oldPos, -dir, true));\n if (!found) {\n doc.cantEdit = true;\n return Pos(doc.first, 0);\n }\n return found;\n }\n\n function movePos(doc, pos, dir, line) {\n if (dir < 0 && pos.ch == 0) {\n if (pos.line > doc.first) return clipPos(doc, Pos(pos.line - 1));\n else return null;\n } else if (dir > 0 && pos.ch == (line || getLine(doc, pos.line)).text.length) {\n if (pos.line < doc.first + doc.size - 1) return Pos(pos.line + 1, 0);\n else return null;\n } else {\n return new Pos(pos.line, pos.ch + dir);\n }\n }\n\n // SELECTION DRAWING\n\n function updateSelection(cm) {\n cm.display.input.showSelection(cm.display.input.prepareSelection());\n }\n\n function prepareSelection(cm, primary) {\n var doc = cm.doc, result = {};\n var curFragment = result.cursors = document.createDocumentFragment();\n var selFragment = result.selection = document.createDocumentFragment();\n\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n if (primary === false && i == doc.sel.primIndex) continue;\n var range = doc.sel.ranges[i];\n if (range.from().line >= cm.display.viewTo || range.to().line < cm.display.viewFrom) continue;\n var collapsed = range.empty();\n if (collapsed || cm.options.showCursorWhenSelecting)\n drawSelectionCursor(cm, range.head, curFragment);\n if (!collapsed)\n drawSelectionRange(cm, range, selFragment);\n }\n return result;\n }\n\n // Draws a cursor for the given range\n function drawSelectionCursor(cm, head, output) {\n var pos = cursorCoords(cm, head, \"div\", null, null, !cm.options.singleCursorHeightPerLine);\n\n var cursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor\"));\n cursor.style.left = pos.left + \"px\";\n cursor.style.top = pos.top + \"px\";\n cursor.style.height = Math.max(0, pos.bottom - pos.top) * cm.options.cursorHeight + \"px\";\n\n if (pos.other) {\n // Secondary cursor, shown when on a 'jump' in bi-directional text\n var otherCursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor CodeMirror-secondarycursor\"));\n otherCursor.style.display = \"\";\n otherCursor.style.left = pos.other.left + \"px\";\n otherCursor.style.top = pos.other.top + \"px\";\n otherCursor.style.height = (pos.other.bottom - pos.other.top) * .85 + \"px\";\n }\n }\n\n // Draws the given range as a highlighted selection\n function drawSelectionRange(cm, range, output) {\n var display = cm.display, doc = cm.doc;\n var fragment = document.createDocumentFragment();\n var padding = paddingH(cm.display), leftSide = padding.left;\n var rightSide = Math.max(display.sizerWidth, displayWidth(cm) - display.sizer.offsetLeft) - padding.right;\n\n function add(left, top, width, bottom) {\n if (top < 0) top = 0;\n top = Math.round(top);\n bottom = Math.round(bottom);\n fragment.appendChild(elt(\"div\", null, \"CodeMirror-selected\", \"position: absolute; left: \" + left +\n \"px; top: \" + top + \"px; width: \" + (width == null ? rightSide - left : width) +\n \"px; height: \" + (bottom - top) + \"px\"));\n }\n\n function drawForLine(line, fromArg, toArg) {\n var lineObj = getLine(doc, line);\n var lineLen = lineObj.text.length;\n var start, end;\n function coords(ch, bias) {\n return charCoords(cm, Pos(line, ch), \"div\", lineObj, bias);\n }\n\n iterateBidiSections(getOrder(lineObj), fromArg || 0, toArg == null ? lineLen : toArg, function(from, to, dir) {\n var leftPos = coords(from, \"left\"), rightPos, left, right;\n if (from == to) {\n rightPos = leftPos;\n left = right = leftPos.left;\n } else {\n rightPos = coords(to - 1, \"right\");\n if (dir == \"rtl\") { var tmp = leftPos; leftPos = rightPos; rightPos = tmp; }\n left = leftPos.left;\n right = rightPos.right;\n }\n if (fromArg == null && from == 0) left = leftSide;\n if (rightPos.top - leftPos.top > 3) { // Different lines, draw top part\n add(left, leftPos.top, null, leftPos.bottom);\n left = leftSide;\n if (leftPos.bottom < rightPos.top) add(left, leftPos.bottom, null, rightPos.top);\n }\n if (toArg == null && to == lineLen) right = rightSide;\n if (!start || leftPos.top < start.top || leftPos.top == start.top && leftPos.left < start.left)\n start = leftPos;\n if (!end || rightPos.bottom > end.bottom || rightPos.bottom == end.bottom && rightPos.right > end.right)\n end = rightPos;\n if (left < leftSide + 1) left = leftSide;\n add(left, rightPos.top, right - left, rightPos.bottom);\n });\n return {start: start, end: end};\n }\n\n var sFrom = range.from(), sTo = range.to();\n if (sFrom.line == sTo.line) {\n drawForLine(sFrom.line, sFrom.ch, sTo.ch);\n } else {\n var fromLine = getLine(doc, sFrom.line), toLine = getLine(doc, sTo.line);\n var singleVLine = visualLine(fromLine) == visualLine(toLine);\n var leftEnd = drawForLine(sFrom.line, sFrom.ch, singleVLine ? fromLine.text.length + 1 : null).end;\n var rightStart = drawForLine(sTo.line, singleVLine ? 0 : null, sTo.ch).start;\n if (singleVLine) {\n if (leftEnd.top < rightStart.top - 2) {\n add(leftEnd.right, leftEnd.top, null, leftEnd.bottom);\n add(leftSide, rightStart.top, rightStart.left, rightStart.bottom);\n } else {\n add(leftEnd.right, leftEnd.top, rightStart.left - leftEnd.right, leftEnd.bottom);\n }\n }\n if (leftEnd.bottom < rightStart.top)\n add(leftSide, leftEnd.bottom, null, rightStart.top);\n }\n\n output.appendChild(fragment);\n }\n\n // Cursor-blinking\n function restartBlink(cm) {\n if (!cm.state.focused) return;\n var display = cm.display;\n clearInterval(display.blinker);\n var on = true;\n display.cursorDiv.style.visibility = \"\";\n if (cm.options.cursorBlinkRate > 0)\n display.blinker = setInterval(function() {\n display.cursorDiv.style.visibility = (on = !on) ? \"\" : \"hidden\";\n }, cm.options.cursorBlinkRate);\n else if (cm.options.cursorBlinkRate < 0)\n display.cursorDiv.style.visibility = \"hidden\";\n }\n\n // HIGHLIGHT WORKER\n\n function startWorker(cm, time) {\n if (cm.doc.mode.startState && cm.doc.frontier < cm.display.viewTo)\n cm.state.highlight.set(time, bind(highlightWorker, cm));\n }\n\n function highlightWorker(cm) {\n var doc = cm.doc;\n if (doc.frontier < doc.first) doc.frontier = doc.first;\n if (doc.frontier >= cm.display.viewTo) return;\n var end = +new Date + cm.options.workTime;\n var state = copyState(doc.mode, getStateBefore(cm, doc.frontier));\n var changedLines = [];\n\n doc.iter(doc.frontier, Math.min(doc.first + doc.size, cm.display.viewTo + 500), function(line) {\n if (doc.frontier >= cm.display.viewFrom) { // Visible\n var oldStyles = line.styles, tooLong = line.text.length > cm.options.maxHighlightLength;\n var highlighted = highlightLine(cm, line, tooLong ? copyState(doc.mode, state) : state, true);\n line.styles = highlighted.styles;\n var oldCls = line.styleClasses, newCls = highlighted.classes;\n if (newCls) line.styleClasses = newCls;\n else if (oldCls) line.styleClasses = null;\n var ischange = !oldStyles || oldStyles.length != line.styles.length ||\n oldCls != newCls && (!oldCls || !newCls || oldCls.bgClass != newCls.bgClass || oldCls.textClass != newCls.textClass);\n for (var i = 0; !ischange && i < oldStyles.length; ++i) ischange = oldStyles[i] != line.styles[i];\n if (ischange) changedLines.push(doc.frontier);\n line.stateAfter = tooLong ? state : copyState(doc.mode, state);\n } else {\n if (line.text.length <= cm.options.maxHighlightLength)\n processLine(cm, line.text, state);\n line.stateAfter = doc.frontier % 5 == 0 ? copyState(doc.mode, state) : null;\n }\n ++doc.frontier;\n if (+new Date > end) {\n startWorker(cm, cm.options.workDelay);\n return true;\n }\n });\n if (changedLines.length) runInOp(cm, function() {\n for (var i = 0; i < changedLines.length; i++)\n regLineChange(cm, changedLines[i], \"text\");\n });\n }\n\n // Finds the line to start with when starting a parse. Tries to\n // find a line with a stateAfter, so that it can start with a\n // valid state. If that fails, it returns the line with the\n // smallest indentation, which tends to need the least context to\n // parse correctly.\n function findStartLine(cm, n, precise) {\n var minindent, minline, doc = cm.doc;\n var lim = precise ? -1 : n - (cm.doc.mode.innerMode ? 1000 : 100);\n for (var search = n; search > lim; --search) {\n if (search <= doc.first) return doc.first;\n var line = getLine(doc, search - 1);\n if (line.stateAfter && (!precise || search <= doc.frontier)) return search;\n var indented = countColumn(line.text, null, cm.options.tabSize);\n if (minline == null || minindent > indented) {\n minline = search - 1;\n minindent = indented;\n }\n }\n return minline;\n }\n\n function getStateBefore(cm, n, precise) {\n var doc = cm.doc, display = cm.display;\n if (!doc.mode.startState) return true;\n var pos = findStartLine(cm, n, precise), state = pos > doc.first && getLine(doc, pos-1).stateAfter;\n if (!state) state = startState(doc.mode);\n else state = copyState(doc.mode, state);\n doc.iter(pos, n, function(line) {\n processLine(cm, line.text, state);\n var save = pos == n - 1 || pos % 5 == 0 || pos >= display.viewFrom && pos < display.viewTo;\n line.stateAfter = save ? copyState(doc.mode, state) : null;\n ++pos;\n });\n if (precise) doc.frontier = pos;\n return state;\n }\n\n // POSITION MEASUREMENT\n\n function paddingTop(display) {return display.lineSpace.offsetTop;}\n function paddingVert(display) {return display.mover.offsetHeight - display.lineSpace.offsetHeight;}\n function paddingH(display) {\n if (display.cachedPaddingH) return display.cachedPaddingH;\n var e = removeChildrenAndAdd(display.measure, elt(\"pre\", \"x\"));\n var style = window.getComputedStyle ? window.getComputedStyle(e) : e.currentStyle;\n var data = {left: parseInt(style.paddingLeft), right: parseInt(style.paddingRight)};\n if (!isNaN(data.left) && !isNaN(data.right)) display.cachedPaddingH = data;\n return data;\n }\n\n function scrollGap(cm) { return scrollerGap - cm.display.nativeBarWidth; }\n function displayWidth(cm) {\n return cm.display.scroller.clientWidth - scrollGap(cm) - cm.display.barWidth;\n }\n function displayHeight(cm) {\n return cm.display.scroller.clientHeight - scrollGap(cm) - cm.display.barHeight;\n }\n\n // Ensure the lineView.wrapping.heights array is populated. This is\n // an array of bottom offsets for the lines that make up a drawn\n // line. When lineWrapping is on, there might be more than one\n // height.\n function ensureLineHeights(cm, lineView, rect) {\n var wrapping = cm.options.lineWrapping;\n var curWidth = wrapping && displayWidth(cm);\n if (!lineView.measure.heights || wrapping && lineView.measure.width != curWidth) {\n var heights = lineView.measure.heights = [];\n if (wrapping) {\n lineView.measure.width = curWidth;\n var rects = lineView.text.firstChild.getClientRects();\n for (var i = 0; i < rects.length - 1; i++) {\n var cur = rects[i], next = rects[i + 1];\n if (Math.abs(cur.bottom - next.bottom) > 2)\n heights.push((cur.bottom + next.top) / 2 - rect.top);\n }\n }\n heights.push(rect.bottom - rect.top);\n }\n }\n\n // Find a line map (mapping character offsets to text nodes) and a\n // measurement cache for the given line number. (A line view might\n // contain multiple lines when collapsed ranges are present.)\n function mapFromLineView(lineView, line, lineN) {\n if (lineView.line == line)\n return {map: lineView.measure.map, cache: lineView.measure.cache};\n for (var i = 0; i < lineView.rest.length; i++)\n if (lineView.rest[i] == line)\n return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i]};\n for (var i = 0; i < lineView.rest.length; i++)\n if (lineNo(lineView.rest[i]) > lineN)\n return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i], before: true};\n }\n\n // Render a line into the hidden node display.externalMeasured. Used\n // when measurement is needed for a line that's not in the viewport.\n function updateExternalMeasurement(cm, line) {\n line = visualLine(line);\n var lineN = lineNo(line);\n var view = cm.display.externalMeasured = new LineView(cm.doc, line, lineN);\n view.lineN = lineN;\n var built = view.built = buildLineContent(cm, view);\n view.text = built.pre;\n removeChildrenAndAdd(cm.display.lineMeasure, built.pre);\n return view;\n }\n\n // Get a {top, bottom, left, right} box (in line-local coordinates)\n // for a given character.\n function measureChar(cm, line, ch, bias) {\n return measureCharPrepared(cm, prepareMeasureForLine(cm, line), ch, bias);\n }\n\n // Find a line view that corresponds to the given line number.\n function findViewForLine(cm, lineN) {\n if (lineN >= cm.display.viewFrom && lineN < cm.display.viewTo)\n return cm.display.view[findViewIndex(cm, lineN)];\n var ext = cm.display.externalMeasured;\n if (ext && lineN >= ext.lineN && lineN < ext.lineN + ext.size)\n return ext;\n }\n\n // Measurement can be split in two steps, the set-up work that\n // applies to the whole line, and the measurement of the actual\n // character. Functions like coordsChar, that need to do a lot of\n // measurements in a row, can thus ensure that the set-up work is\n // only done once.\n function prepareMeasureForLine(cm, line) {\n var lineN = lineNo(line);\n var view = findViewForLine(cm, lineN);\n if (view && !view.text) {\n view = null;\n } else if (view && view.changes) {\n updateLineForChanges(cm, view, lineN, getDimensions(cm));\n cm.curOp.forceUpdate = true;\n }\n if (!view)\n view = updateExternalMeasurement(cm, line);\n\n var info = mapFromLineView(view, line, lineN);\n return {\n line: line, view: view, rect: null,\n map: info.map, cache: info.cache, before: info.before,\n hasHeights: false\n };\n }\n\n // Given a prepared measurement object, measures the position of an\n // actual character (or fetches it from the cache).\n function measureCharPrepared(cm, prepared, ch, bias, varHeight) {\n if (prepared.before) ch = -1;\n var key = ch + (bias || \"\"), found;\n if (prepared.cache.hasOwnProperty(key)) {\n found = prepared.cache[key];\n } else {\n if (!prepared.rect)\n prepared.rect = prepared.view.text.getBoundingClientRect();\n if (!prepared.hasHeights) {\n ensureLineHeights(cm, prepared.view, prepared.rect);\n prepared.hasHeights = true;\n }\n found = measureCharInner(cm, prepared, ch, bias);\n if (!found.bogus) prepared.cache[key] = found;\n }\n return {left: found.left, right: found.right,\n top: varHeight ? found.rtop : found.top,\n bottom: varHeight ? found.rbottom : found.bottom};\n }\n\n var nullRect = {left: 0, right: 0, top: 0, bottom: 0};\n\n function nodeAndOffsetInLineMap(map, ch, bias) {\n var node, start, end, collapse;\n // First, search the line map for the text node corresponding to,\n // or closest to, the target character.\n for (var i = 0; i < map.length; i += 3) {\n var mStart = map[i], mEnd = map[i + 1];\n if (ch < mStart) {\n start = 0; end = 1;\n collapse = \"left\";\n } else if (ch < mEnd) {\n start = ch - mStart;\n end = start + 1;\n } else if (i == map.length - 3 || ch == mEnd && map[i + 3] > ch) {\n end = mEnd - mStart;\n start = end - 1;\n if (ch >= mEnd) collapse = \"right\";\n }\n if (start != null) {\n node = map[i + 2];\n if (mStart == mEnd && bias == (node.insertLeft ? \"left\" : \"right\"))\n collapse = bias;\n if (bias == \"left\" && start == 0)\n while (i && map[i - 2] == map[i - 3] && map[i - 1].insertLeft) {\n node = map[(i -= 3) + 2];\n collapse = \"left\";\n }\n if (bias == \"right\" && start == mEnd - mStart)\n while (i < map.length - 3 && map[i + 3] == map[i + 4] && !map[i + 5].insertLeft) {\n node = map[(i += 3) + 2];\n collapse = \"right\";\n }\n break;\n }\n }\n return {node: node, start: start, end: end, collapse: collapse, coverStart: mStart, coverEnd: mEnd};\n }\n\n function measureCharInner(cm, prepared, ch, bias) {\n var place = nodeAndOffsetInLineMap(prepared.map, ch, bias);\n var node = place.node, start = place.start, end = place.end, collapse = place.collapse;\n\n var rect;\n if (node.nodeType == 3) { // If it is a text node, use a range to retrieve the coordinates.\n for (var i = 0; i < 4; i++) { // Retry a maximum of 4 times when nonsense rectangles are returned\n while (start && isExtendingChar(prepared.line.text.charAt(place.coverStart + start))) --start;\n while (place.coverStart + end < place.coverEnd && isExtendingChar(prepared.line.text.charAt(place.coverStart + end))) ++end;\n if (ie && ie_version < 9 && start == 0 && end == place.coverEnd - place.coverStart) {\n rect = node.parentNode.getBoundingClientRect();\n } else if (ie && cm.options.lineWrapping) {\n var rects = range(node, start, end).getClientRects();\n if (rects.length)\n rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n else\n rect = nullRect;\n } else {\n rect = range(node, start, end).getBoundingClientRect() || nullRect;\n }\n if (rect.left || rect.right || start == 0) break;\n end = start;\n start = start - 1;\n collapse = \"right\";\n }\n if (ie && ie_version < 11) rect = maybeUpdateRectForZooming(cm.display.measure, rect);\n } else { // If it is a widget, simply get the box for the whole widget.\n if (start > 0) collapse = bias = \"right\";\n var rects;\n if (cm.options.lineWrapping && (rects = node.getClientRects()).length > 1)\n rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n else\n rect = node.getBoundingClientRect();\n }\n if (ie && ie_version < 9 && !start && (!rect || !rect.left && !rect.right)) {\n var rSpan = node.parentNode.getClientRects()[0];\n if (rSpan)\n rect = {left: rSpan.left, right: rSpan.left + charWidth(cm.display), top: rSpan.top, bottom: rSpan.bottom};\n else\n rect = nullRect;\n }\n\n var rtop = rect.top - prepared.rect.top, rbot = rect.bottom - prepared.rect.top;\n var mid = (rtop + rbot) / 2;\n var heights = prepared.view.measure.heights;\n for (var i = 0; i < heights.length - 1; i++)\n if (mid < heights[i]) break;\n var top = i ? heights[i - 1] : 0, bot = heights[i];\n var result = {left: (collapse == \"right\" ? rect.right : rect.left) - prepared.rect.left,\n right: (collapse == \"left\" ? rect.left : rect.right) - prepared.rect.left,\n top: top, bottom: bot};\n if (!rect.left && !rect.right) result.bogus = true;\n if (!cm.options.singleCursorHeightPerLine) { result.rtop = rtop; result.rbottom = rbot; }\n\n return result;\n }\n\n // Work around problem with bounding client rects on ranges being\n // returned incorrectly when zoomed on IE10 and below.\n function maybeUpdateRectForZooming(measure, rect) {\n if (!window.screen || screen.logicalXDPI == null ||\n screen.logicalXDPI == screen.deviceXDPI || !hasBadZoomedRects(measure))\n return rect;\n var scaleX = screen.logicalXDPI / screen.deviceXDPI;\n var scaleY = screen.logicalYDPI / screen.deviceYDPI;\n return {left: rect.left * scaleX, right: rect.right * scaleX,\n top: rect.top * scaleY, bottom: rect.bottom * scaleY};\n }\n\n function clearLineMeasurementCacheFor(lineView) {\n if (lineView.measure) {\n lineView.measure.cache = {};\n lineView.measure.heights = null;\n if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n lineView.measure.caches[i] = {};\n }\n }\n\n function clearLineMeasurementCache(cm) {\n cm.display.externalMeasure = null;\n removeChildren(cm.display.lineMeasure);\n for (var i = 0; i < cm.display.view.length; i++)\n clearLineMeasurementCacheFor(cm.display.view[i]);\n }\n\n function clearCaches(cm) {\n clearLineMeasurementCache(cm);\n cm.display.cachedCharWidth = cm.display.cachedTextHeight = cm.display.cachedPaddingH = null;\n if (!cm.options.lineWrapping) cm.display.maxLineChanged = true;\n cm.display.lineNumChars = null;\n }\n\n function pageScrollX() { return window.pageXOffset || (document.documentElement || document.body).scrollLeft; }\n function pageScrollY() { return window.pageYOffset || (document.documentElement || document.body).scrollTop; }\n\n // Converts a {top, bottom, left, right} box from line-local\n // coordinates into another coordinate system. Context may be one of\n // \"line\", \"div\" (display.lineDiv), \"local\"/null (editor), \"window\",\n // or \"page\".\n function intoCoordSystem(cm, lineObj, rect, context) {\n if (lineObj.widgets) for (var i = 0; i < lineObj.widgets.length; ++i) if (lineObj.widgets[i].above) {\n var size = widgetHeight(lineObj.widgets[i]);\n rect.top += size; rect.bottom += size;\n }\n if (context == \"line\") return rect;\n if (!context) context = \"local\";\n var yOff = heightAtLine(lineObj);\n if (context == \"local\") yOff += paddingTop(cm.display);\n else yOff -= cm.display.viewOffset;\n if (context == \"page\" || context == \"window\") {\n var lOff = cm.display.lineSpace.getBoundingClientRect();\n yOff += lOff.top + (context == \"window\" ? 0 : pageScrollY());\n var xOff = lOff.left + (context == \"window\" ? 0 : pageScrollX());\n rect.left += xOff; rect.right += xOff;\n }\n rect.top += yOff; rect.bottom += yOff;\n return rect;\n }\n\n // Coverts a box from \"div\" coords to another coordinate system.\n // Context may be \"window\", \"page\", \"div\", or \"local\"/null.\n function fromCoordSystem(cm, coords, context) {\n if (context == \"div\") return coords;\n var left = coords.left, top = coords.top;\n // First move into \"page\" coordinate system\n if (context == \"page\") {\n left -= pageScrollX();\n top -= pageScrollY();\n } else if (context == \"local\" || !context) {\n var localBox = cm.display.sizer.getBoundingClientRect();\n left += localBox.left;\n top += localBox.top;\n }\n\n var lineSpaceBox = cm.display.lineSpace.getBoundingClientRect();\n return {left: left - lineSpaceBox.left, top: top - lineSpaceBox.top};\n }\n\n function charCoords(cm, pos, context, lineObj, bias) {\n if (!lineObj) lineObj = getLine(cm.doc, pos.line);\n return intoCoordSystem(cm, lineObj, measureChar(cm, lineObj, pos.ch, bias), context);\n }\n\n // Returns a box for a given cursor position, which may have an\n // 'other' property containing the position of the secondary cursor\n // on a bidi boundary.\n function cursorCoords(cm, pos, context, lineObj, preparedMeasure, varHeight) {\n lineObj = lineObj || getLine(cm.doc, pos.line);\n if (!preparedMeasure) preparedMeasure = prepareMeasureForLine(cm, lineObj);\n function get(ch, right) {\n var m = measureCharPrepared(cm, preparedMeasure, ch, right ? \"right\" : \"left\", varHeight);\n if (right) m.left = m.right; else m.right = m.left;\n return intoCoordSystem(cm, lineObj, m, context);\n }\n function getBidi(ch, partPos) {\n var part = order[partPos], right = part.level % 2;\n if (ch == bidiLeft(part) && partPos && part.level < order[partPos - 1].level) {\n part = order[--partPos];\n ch = bidiRight(part) - (part.level % 2 ? 0 : 1);\n right = true;\n } else if (ch == bidiRight(part) && partPos < order.length - 1 && part.level < order[partPos + 1].level) {\n part = order[++partPos];\n ch = bidiLeft(part) - part.level % 2;\n right = false;\n }\n if (right && ch == part.to && ch > part.from) return get(ch - 1);\n return get(ch, right);\n }\n var order = getOrder(lineObj), ch = pos.ch;\n if (!order) return get(ch);\n var partPos = getBidiPartAt(order, ch);\n var val = getBidi(ch, partPos);\n if (bidiOther != null) val.other = getBidi(ch, bidiOther);\n return val;\n }\n\n // Used to cheaply estimate the coordinates for a position. Used for\n // intermediate scroll updates.\n function estimateCoords(cm, pos) {\n var left = 0, pos = clipPos(cm.doc, pos);\n if (!cm.options.lineWrapping) left = charWidth(cm.display) * pos.ch;\n var lineObj = getLine(cm.doc, pos.line);\n var top = heightAtLine(lineObj) + paddingTop(cm.display);\n return {left: left, right: left, top: top, bottom: top + lineObj.height};\n }\n\n // Positions returned by coordsChar contain some extra information.\n // xRel is the relative x position of the input coordinates compared\n // to the found position (so xRel > 0 means the coordinates are to\n // the right of the character position, for example). When outside\n // is true, that means the coordinates lie outside the line's\n // vertical range.\n function PosWithInfo(line, ch, outside, xRel) {\n var pos = Pos(line, ch);\n pos.xRel = xRel;\n if (outside) pos.outside = true;\n return pos;\n }\n\n // Compute the character position closest to the given coordinates.\n // Input must be lineSpace-local (\"div\" coordinate system).\n function coordsChar(cm, x, y) {\n var doc = cm.doc;\n y += cm.display.viewOffset;\n if (y < 0) return PosWithInfo(doc.first, 0, true, -1);\n var lineN = lineAtHeight(doc, y), last = doc.first + doc.size - 1;\n if (lineN > last)\n return PosWithInfo(doc.first + doc.size - 1, getLine(doc, last).text.length, true, 1);\n if (x < 0) x = 0;\n\n var lineObj = getLine(doc, lineN);\n for (;;) {\n var found = coordsCharInner(cm, lineObj, lineN, x, y);\n var merged = collapsedSpanAtEnd(lineObj);\n var mergedPos = merged && merged.find(0, true);\n if (merged && (found.ch > mergedPos.from.ch || found.ch == mergedPos.from.ch && found.xRel > 0))\n lineN = lineNo(lineObj = mergedPos.to.line);\n else\n return found;\n }\n }\n\n function coordsCharInner(cm, lineObj, lineNo, x, y) {\n var innerOff = y - heightAtLine(lineObj);\n var wrongLine = false, adjust = 2 * cm.display.wrapper.clientWidth;\n var preparedMeasure = prepareMeasureForLine(cm, lineObj);\n\n function getX(ch) {\n var sp = cursorCoords(cm, Pos(lineNo, ch), \"line\", lineObj, preparedMeasure);\n wrongLine = true;\n if (innerOff > sp.bottom) return sp.left - adjust;\n else if (innerOff < sp.top) return sp.left + adjust;\n else wrongLine = false;\n return sp.left;\n }\n\n var bidi = getOrder(lineObj), dist = lineObj.text.length;\n var from = lineLeft(lineObj), to = lineRight(lineObj);\n var fromX = getX(from), fromOutside = wrongLine, toX = getX(to), toOutside = wrongLine;\n\n if (x > toX) return PosWithInfo(lineNo, to, toOutside, 1);\n // Do a binary search between these bounds.\n for (;;) {\n if (bidi ? to == from || to == moveVisually(lineObj, from, 1) : to - from <= 1) {\n var ch = x < fromX || x - fromX <= toX - x ? from : to;\n var xDiff = x - (ch == from ? fromX : toX);\n while (isExtendingChar(lineObj.text.charAt(ch))) ++ch;\n var pos = PosWithInfo(lineNo, ch, ch == from ? fromOutside : toOutside,\n xDiff < -1 ? -1 : xDiff > 1 ? 1 : 0);\n return pos;\n }\n var step = Math.ceil(dist / 2), middle = from + step;\n if (bidi) {\n middle = from;\n for (var i = 0; i < step; ++i) middle = moveVisually(lineObj, middle, 1);\n }\n var middleX = getX(middle);\n if (middleX > x) {to = middle; toX = middleX; if (toOutside = wrongLine) toX += 1000; dist = step;}\n else {from = middle; fromX = middleX; fromOutside = wrongLine; dist -= step;}\n }\n }\n\n var measureText;\n // Compute the default text height.\n function textHeight(display) {\n if (display.cachedTextHeight != null) return display.cachedTextHeight;\n if (measureText == null) {\n measureText = elt(\"pre\");\n // Measure a bunch of lines, for browsers that compute\n // fractional heights.\n for (var i = 0; i < 49; ++i) {\n measureText.appendChild(document.createTextNode(\"x\"));\n measureText.appendChild(elt(\"br\"));\n }\n measureText.appendChild(document.createTextNode(\"x\"));\n }\n removeChildrenAndAdd(display.measure, measureText);\n var height = measureText.offsetHeight / 50;\n if (height > 3) display.cachedTextHeight = height;\n removeChildren(display.measure);\n return height || 1;\n }\n\n // Compute the default character width.\n function charWidth(display) {\n if (display.cachedCharWidth != null) return display.cachedCharWidth;\n var anchor = elt(\"span\", \"xxxxxxxxxx\");\n var pre = elt(\"pre\", [anchor]);\n removeChildrenAndAdd(display.measure, pre);\n var rect = anchor.getBoundingClientRect(), width = (rect.right - rect.left) / 10;\n if (width > 2) display.cachedCharWidth = width;\n return width || 10;\n }\n\n // OPERATIONS\n\n // Operations are used to wrap a series of changes to the editor\n // state in such a way that each change won't have to update the\n // cursor and display (which would be awkward, slow, and\n // error-prone). Instead, display updates are batched and then all\n // combined and executed at once.\n\n var operationGroup = null;\n\n var nextOpId = 0;\n // Start a new operation.\n function startOperation(cm) {\n cm.curOp = {\n cm: cm,\n viewChanged: false, // Flag that indicates that lines might need to be redrawn\n startHeight: cm.doc.height, // Used to detect need to update scrollbar\n forceUpdate: false, // Used to force a redraw\n updateInput: null, // Whether to reset the input textarea\n typing: false, // Whether this reset should be careful to leave existing text (for compositing)\n changeObjs: null, // Accumulated changes, for firing change events\n cursorActivityHandlers: null, // Set of handlers to fire cursorActivity on\n cursorActivityCalled: 0, // Tracks which cursorActivity handlers have been called already\n selectionChanged: false, // Whether the selection needs to be redrawn\n updateMaxLine: false, // Set when the widest line needs to be determined anew\n scrollLeft: null, scrollTop: null, // Intermediate scroll position, not pushed to DOM yet\n scrollToPos: null, // Used to scroll to a specific position\n focus: false,\n id: ++nextOpId // Unique ID\n };\n if (operationGroup) {\n operationGroup.ops.push(cm.curOp);\n } else {\n cm.curOp.ownsGroup = operationGroup = {\n ops: [cm.curOp],\n delayedCallbacks: []\n };\n }\n }\n\n function fireCallbacksForOps(group) {\n // Calls delayed callbacks and cursorActivity handlers until no\n // new ones appear\n var callbacks = group.delayedCallbacks, i = 0;\n do {\n for (; i < callbacks.length; i++)\n callbacks[i].call(null);\n for (var j = 0; j < group.ops.length; j++) {\n var op = group.ops[j];\n if (op.cursorActivityHandlers)\n while (op.cursorActivityCalled < op.cursorActivityHandlers.length)\n op.cursorActivityHandlers[op.cursorActivityCalled++].call(null, op.cm);\n }\n } while (i < callbacks.length);\n }\n\n // Finish an operation, updating the display and signalling delayed events\n function endOperation(cm) {\n var op = cm.curOp, group = op.ownsGroup;\n if (!group) return;\n\n try { fireCallbacksForOps(group); }\n finally {\n operationGroup = null;\n for (var i = 0; i < group.ops.length; i++)\n group.ops[i].cm.curOp = null;\n endOperations(group);\n }\n }\n\n // The DOM updates done when an operation finishes are batched so\n // that the minimum number of relayouts are required.\n function endOperations(group) {\n var ops = group.ops;\n for (var i = 0; i < ops.length; i++) // Read DOM\n endOperation_R1(ops[i]);\n for (var i = 0; i < ops.length; i++) // Write DOM (maybe)\n endOperation_W1(ops[i]);\n for (var i = 0; i < ops.length; i++) // Read DOM\n endOperation_R2(ops[i]);\n for (var i = 0; i < ops.length; i++) // Write DOM (maybe)\n endOperation_W2(ops[i]);\n for (var i = 0; i < ops.length; i++) // Read DOM\n endOperation_finish(ops[i]);\n }\n\n function endOperation_R1(op) {\n var cm = op.cm, display = cm.display;\n maybeClipScrollbars(cm);\n if (op.updateMaxLine) findMaxLine(cm);\n\n op.mustUpdate = op.viewChanged || op.forceUpdate || op.scrollTop != null ||\n op.scrollToPos && (op.scrollToPos.from.line < display.viewFrom ||\n op.scrollToPos.to.line >= display.viewTo) ||\n display.maxLineChanged && cm.options.lineWrapping;\n op.update = op.mustUpdate &&\n new DisplayUpdate(cm, op.mustUpdate && {top: op.scrollTop, ensure: op.scrollToPos}, op.forceUpdate);\n }\n\n function endOperation_W1(op) {\n op.updatedDisplay = op.mustUpdate && updateDisplayIfNeeded(op.cm, op.update);\n }\n\n function endOperation_R2(op) {\n var cm = op.cm, display = cm.display;\n if (op.updatedDisplay) updateHeightsInViewport(cm);\n\n op.barMeasure = measureForScrollbars(cm);\n\n // If the max line changed since it was last measured, measure it,\n // and ensure the document's width matches it.\n // updateDisplay_W2 will use these properties to do the actual resizing\n if (display.maxLineChanged && !cm.options.lineWrapping) {\n op.adjustWidthTo = measureChar(cm, display.maxLine, display.maxLine.text.length).left + 3;\n cm.display.sizerWidth = op.adjustWidthTo;\n op.barMeasure.scrollWidth =\n Math.max(display.scroller.clientWidth, display.sizer.offsetLeft + op.adjustWidthTo + scrollGap(cm) + cm.display.barWidth);\n op.maxScrollLeft = Math.max(0, display.sizer.offsetLeft + op.adjustWidthTo - displayWidth(cm));\n }\n\n if (op.updatedDisplay || op.selectionChanged)\n op.preparedSelection = display.input.prepareSelection();\n }\n\n function endOperation_W2(op) {\n var cm = op.cm;\n\n if (op.adjustWidthTo != null) {\n cm.display.sizer.style.minWidth = op.adjustWidthTo + \"px\";\n if (op.maxScrollLeft < cm.doc.scrollLeft)\n setScrollLeft(cm, Math.min(cm.display.scroller.scrollLeft, op.maxScrollLeft), true);\n cm.display.maxLineChanged = false;\n }\n\n if (op.preparedSelection)\n cm.display.input.showSelection(op.preparedSelection);\n if (op.updatedDisplay || op.startHeight != cm.doc.height)\n updateScrollbars(cm, op.barMeasure);\n if (op.updatedDisplay)\n setDocumentHeight(cm, op.barMeasure);\n\n if (op.selectionChanged) restartBlink(cm);\n\n if (cm.state.focused && op.updateInput)\n cm.display.input.reset(op.typing);\n if (op.focus && op.focus == activeElt() && (!document.hasFocus || document.hasFocus()))\n ensureFocus(op.cm);\n }\n\n function endOperation_finish(op) {\n var cm = op.cm, display = cm.display, doc = cm.doc;\n\n if (op.updatedDisplay) postUpdateDisplay(cm, op.update);\n\n // Abort mouse wheel delta measurement, when scrolling explicitly\n if (display.wheelStartX != null && (op.scrollTop != null || op.scrollLeft != null || op.scrollToPos))\n display.wheelStartX = display.wheelStartY = null;\n\n // Propagate the scroll position to the actual DOM scroller\n if (op.scrollTop != null && (display.scroller.scrollTop != op.scrollTop || op.forceScroll)) {\n doc.scrollTop = Math.max(0, Math.min(display.scroller.scrollHeight - display.scroller.clientHeight, op.scrollTop));\n display.scrollbars.setScrollTop(doc.scrollTop);\n display.scroller.scrollTop = doc.scrollTop;\n }\n if (op.scrollLeft != null && (display.scroller.scrollLeft != op.scrollLeft || op.forceScroll)) {\n doc.scrollLeft = Math.max(0, Math.min(display.scroller.scrollWidth - display.scroller.clientWidth, op.scrollLeft));\n display.scrollbars.setScrollLeft(doc.scrollLeft);\n display.scroller.scrollLeft = doc.scrollLeft;\n alignHorizontally(cm);\n }\n // If we need to scroll a specific position into view, do so.\n if (op.scrollToPos) {\n var coords = scrollPosIntoView(cm, clipPos(doc, op.scrollToPos.from),\n clipPos(doc, op.scrollToPos.to), op.scrollToPos.margin);\n if (op.scrollToPos.isCursor && cm.state.focused) maybeScrollWindow(cm, coords);\n }\n\n // Fire events for markers that are hidden/unidden by editing or\n // undoing\n var hidden = op.maybeHiddenMarkers, unhidden = op.maybeUnhiddenMarkers;\n if (hidden) for (var i = 0; i < hidden.length; ++i)\n if (!hidden[i].lines.length) signal(hidden[i], \"hide\");\n if (unhidden) for (var i = 0; i < unhidden.length; ++i)\n if (unhidden[i].lines.length) signal(unhidden[i], \"unhide\");\n\n if (display.wrapper.offsetHeight)\n doc.scrollTop = cm.display.scroller.scrollTop;\n\n // Fire change events, and delayed event handlers\n if (op.changeObjs)\n signal(cm, \"changes\", cm, op.changeObjs);\n if (op.update)\n op.update.finish();\n }\n\n // Run the given function in an operation\n function runInOp(cm, f) {\n if (cm.curOp) return f();\n startOperation(cm);\n try { return f(); }\n finally { endOperation(cm); }\n }\n // Wraps a function in an operation. Returns the wrapped function.\n function operation(cm, f) {\n return function() {\n if (cm.curOp) return f.apply(cm, arguments);\n startOperation(cm);\n try { return f.apply(cm, arguments); }\n finally { endOperation(cm); }\n };\n }\n // Used to add methods to editor and doc instances, wrapping them in\n // operations.\n function methodOp(f) {\n return function() {\n if (this.curOp) return f.apply(this, arguments);\n startOperation(this);\n try { return f.apply(this, arguments); }\n finally { endOperation(this); }\n };\n }\n function docMethodOp(f) {\n return function() {\n var cm = this.cm;\n if (!cm || cm.curOp) return f.apply(this, arguments);\n startOperation(cm);\n try { return f.apply(this, arguments); }\n finally { endOperation(cm); }\n };\n }\n\n // VIEW TRACKING\n\n // These objects are used to represent the visible (currently drawn)\n // part of the document. A LineView may correspond to multiple\n // logical lines, if those are connected by collapsed ranges.\n function LineView(doc, line, lineN) {\n // The starting line\n this.line = line;\n // Continuing lines, if any\n this.rest = visualLineContinued(line);\n // Number of logical lines in this visual line\n this.size = this.rest ? lineNo(lst(this.rest)) - lineN + 1 : 1;\n this.node = this.text = null;\n this.hidden = lineIsHidden(doc, line);\n }\n\n // Create a range of LineView objects for the given lines.\n function buildViewArray(cm, from, to) {\n var array = [], nextPos;\n for (var pos = from; pos < to; pos = nextPos) {\n var view = new LineView(cm.doc, getLine(cm.doc, pos), pos);\n nextPos = pos + view.size;\n array.push(view);\n }\n return array;\n }\n\n // Updates the display.view data structure for a given change to the\n // document. From and to are in pre-change coordinates. Lendiff is\n // the amount of lines added or subtracted by the change. This is\n // used for changes that span multiple lines, or change the way\n // lines are divided into visual lines. regLineChange (below)\n // registers single-line changes.\n function regChange(cm, from, to, lendiff) {\n if (from == null) from = cm.doc.first;\n if (to == null) to = cm.doc.first + cm.doc.size;\n if (!lendiff) lendiff = 0;\n\n var display = cm.display;\n if (lendiff && to < display.viewTo &&\n (display.updateLineNumbers == null || display.updateLineNumbers > from))\n display.updateLineNumbers = from;\n\n cm.curOp.viewChanged = true;\n\n if (from >= display.viewTo) { // Change after\n if (sawCollapsedSpans && visualLineNo(cm.doc, from) < display.viewTo)\n resetView(cm);\n } else if (to <= display.viewFrom) { // Change before\n if (sawCollapsedSpans && visualLineEndNo(cm.doc, to + lendiff) > display.viewFrom) {\n resetView(cm);\n } else {\n display.viewFrom += lendiff;\n display.viewTo += lendiff;\n }\n } else if (from <= display.viewFrom && to >= display.viewTo) { // Full overlap\n resetView(cm);\n } else if (from <= display.viewFrom) { // Top overlap\n var cut = viewCuttingPoint(cm, to, to + lendiff, 1);\n if (cut) {\n display.view = display.view.slice(cut.index);\n display.viewFrom = cut.lineN;\n display.viewTo += lendiff;\n } else {\n resetView(cm);\n }\n } else if (to >= display.viewTo) { // Bottom overlap\n var cut = viewCuttingPoint(cm, from, from, -1);\n if (cut) {\n display.view = display.view.slice(0, cut.index);\n display.viewTo = cut.lineN;\n } else {\n resetView(cm);\n }\n } else { // Gap in the middle\n var cutTop = viewCuttingPoint(cm, from, from, -1);\n var cutBot = viewCuttingPoint(cm, to, to + lendiff, 1);\n if (cutTop && cutBot) {\n display.view = display.view.slice(0, cutTop.index)\n .concat(buildViewArray(cm, cutTop.lineN, cutBot.lineN))\n .concat(display.view.slice(cutBot.index));\n display.viewTo += lendiff;\n } else {\n resetView(cm);\n }\n }\n\n var ext = display.externalMeasured;\n if (ext) {\n if (to < ext.lineN)\n ext.lineN += lendiff;\n else if (from < ext.lineN + ext.size)\n display.externalMeasured = null;\n }\n }\n\n // Register a change to a single line. Type must be one of \"text\",\n // \"gutter\", \"class\", \"widget\"\n function regLineChange(cm, line, type) {\n cm.curOp.viewChanged = true;\n var display = cm.display, ext = cm.display.externalMeasured;\n if (ext && line >= ext.lineN && line < ext.lineN + ext.size)\n display.externalMeasured = null;\n\n if (line < display.viewFrom || line >= display.viewTo) return;\n var lineView = display.view[findViewIndex(cm, line)];\n if (lineView.node == null) return;\n var arr = lineView.changes || (lineView.changes = []);\n if (indexOf(arr, type) == -1) arr.push(type);\n }\n\n // Clear the view.\n function resetView(cm) {\n cm.display.viewFrom = cm.display.viewTo = cm.doc.first;\n cm.display.view = [];\n cm.display.viewOffset = 0;\n }\n\n // Find the view element corresponding to a given line. Return null\n // when the line isn't visible.\n function findViewIndex(cm, n) {\n if (n >= cm.display.viewTo) return null;\n n -= cm.display.viewFrom;\n if (n < 0) return null;\n var view = cm.display.view;\n for (var i = 0; i < view.length; i++) {\n n -= view[i].size;\n if (n < 0) return i;\n }\n }\n\n function viewCuttingPoint(cm, oldN, newN, dir) {\n var index = findViewIndex(cm, oldN), diff, view = cm.display.view;\n if (!sawCollapsedSpans || newN == cm.doc.first + cm.doc.size)\n return {index: index, lineN: newN};\n for (var i = 0, n = cm.display.viewFrom; i < index; i++)\n n += view[i].size;\n if (n != oldN) {\n if (dir > 0) {\n if (index == view.length - 1) return null;\n diff = (n + view[index].size) - oldN;\n index++;\n } else {\n diff = n - oldN;\n }\n oldN += diff; newN += diff;\n }\n while (visualLineNo(cm.doc, newN) != newN) {\n if (index == (dir < 0 ? 0 : view.length - 1)) return null;\n newN += dir * view[index - (dir < 0 ? 1 : 0)].size;\n index += dir;\n }\n return {index: index, lineN: newN};\n }\n\n // Force the view to cover a given range, adding empty view element\n // or clipping off existing ones as needed.\n function adjustView(cm, from, to) {\n var display = cm.display, view = display.view;\n if (view.length == 0 || from >= display.viewTo || to <= display.viewFrom) {\n display.view = buildViewArray(cm, from, to);\n display.viewFrom = from;\n } else {\n if (display.viewFrom > from)\n display.view = buildViewArray(cm, from, display.viewFrom).concat(display.view);\n else if (display.viewFrom < from)\n display.view = display.view.slice(findViewIndex(cm, from));\n display.viewFrom = from;\n if (display.viewTo < to)\n display.view = display.view.concat(buildViewArray(cm, display.viewTo, to));\n else if (display.viewTo > to)\n display.view = display.view.slice(0, findViewIndex(cm, to));\n }\n display.viewTo = to;\n }\n\n // Count the number of lines in the view whose DOM representation is\n // out of date (or nonexistent).\n function countDirtyView(cm) {\n var view = cm.display.view, dirty = 0;\n for (var i = 0; i < view.length; i++) {\n var lineView = view[i];\n if (!lineView.hidden && (!lineView.node || lineView.changes)) ++dirty;\n }\n return dirty;\n }\n\n // EVENT HANDLERS\n\n // Attach the necessary event handlers when initializing the editor\n function registerEventHandlers(cm) {\n var d = cm.display;\n on(d.scroller, \"mousedown\", operation(cm, onMouseDown));\n // Older IE's will not fire a second mousedown for a double click\n if (ie && ie_version < 11)\n on(d.scroller, \"dblclick\", operation(cm, function(e) {\n if (signalDOMEvent(cm, e)) return;\n var pos = posFromMouse(cm, e);\n if (!pos || clickInGutter(cm, e) || eventInWidget(cm.display, e)) return;\n e_preventDefault(e);\n var word = cm.findWordAt(pos);\n extendSelection(cm.doc, word.anchor, word.head);\n }));\n else\n on(d.scroller, \"dblclick\", function(e) { signalDOMEvent(cm, e) || e_preventDefault(e); });\n // Some browsers fire contextmenu *after* opening the menu, at\n // which point we can't mess with it anymore. Context menu is\n // handled in onMouseDown for these browsers.\n if (!captureRightClick) on(d.scroller, \"contextmenu\", function(e) {onContextMenu(cm, e);});\n\n // Used to suppress mouse event handling when a touch happens\n var touchFinished, prevTouch = {end: 0};\n function finishTouch() {\n if (d.activeTouch) {\n touchFinished = setTimeout(function() {d.activeTouch = null;}, 1000);\n prevTouch = d.activeTouch;\n prevTouch.end = +new Date;\n }\n };\n function isMouseLikeTouchEvent(e) {\n if (e.touches.length != 1) return false;\n var touch = e.touches[0];\n return touch.radiusX <= 1 && touch.radiusY <= 1;\n }\n function farAway(touch, other) {\n if (other.left == null) return true;\n var dx = other.left - touch.left, dy = other.top - touch.top;\n return dx * dx + dy * dy > 20 * 20;\n }\n on(d.scroller, \"touchstart\", function(e) {\n if (!signalDOMEvent(cm, e) && !isMouseLikeTouchEvent(e)) {\n clearTimeout(touchFinished);\n var now = +new Date;\n d.activeTouch = {start: now, moved: false,\n prev: now - prevTouch.end <= 300 ? prevTouch : null};\n if (e.touches.length == 1) {\n d.activeTouch.left = e.touches[0].pageX;\n d.activeTouch.top = e.touches[0].pageY;\n }\n }\n });\n on(d.scroller, \"touchmove\", function() {\n if (d.activeTouch) d.activeTouch.moved = true;\n });\n on(d.scroller, \"touchend\", function(e) {\n var touch = d.activeTouch;\n if (touch && !eventInWidget(d, e) && touch.left != null &&\n !touch.moved && new Date - touch.start < 300) {\n var pos = cm.coordsChar(d.activeTouch, \"page\"), range;\n if (!touch.prev || farAway(touch, touch.prev)) // Single tap\n range = new Range(pos, pos);\n else if (!touch.prev.prev || farAway(touch, touch.prev.prev)) // Double tap\n range = cm.findWordAt(pos);\n else // Triple tap\n range = new Range(Pos(pos.line, 0), clipPos(cm.doc, Pos(pos.line + 1, 0)));\n cm.setSelection(range.anchor, range.head);\n cm.focus();\n e_preventDefault(e);\n }\n finishTouch();\n });\n on(d.scroller, \"touchcancel\", finishTouch);\n\n // Sync scrolling between fake scrollbars and real scrollable\n // area, ensure viewport is updated when scrolling.\n on(d.scroller, \"scroll\", function() {\n if (d.scroller.clientHeight) {\n setScrollTop(cm, d.scroller.scrollTop);\n setScrollLeft(cm, d.scroller.scrollLeft, true);\n signal(cm, \"scroll\", cm);\n }\n });\n\n // Listen to wheel events in order to try and update the viewport on time.\n on(d.scroller, \"mousewheel\", function(e){onScrollWheel(cm, e);});\n on(d.scroller, \"DOMMouseScroll\", function(e){onScrollWheel(cm, e);});\n\n // Prevent wrapper from ever scrolling\n on(d.wrapper, \"scroll\", function() { d.wrapper.scrollTop = d.wrapper.scrollLeft = 0; });\n\n d.dragFunctions = {\n enter: function(e) {if (!signalDOMEvent(cm, e)) e_stop(e);},\n over: function(e) {if (!signalDOMEvent(cm, e)) { onDragOver(cm, e); e_stop(e); }},\n start: function(e){onDragStart(cm, e);},\n drop: operation(cm, onDrop),\n leave: function(e) {if (!signalDOMEvent(cm, e)) { clearDragCursor(cm); }}\n };\n\n var inp = d.input.getField();\n on(inp, \"keyup\", function(e) { onKeyUp.call(cm, e); });\n on(inp, \"keydown\", operation(cm, onKeyDown));\n on(inp, \"keypress\", operation(cm, onKeyPress));\n on(inp, \"focus\", bind(onFocus, cm));\n on(inp, \"blur\", bind(onBlur, cm));\n }\n\n function dragDropChanged(cm, value, old) {\n var wasOn = old && old != CodeMirror.Init;\n if (!value != !wasOn) {\n var funcs = cm.display.dragFunctions;\n var toggle = value ? on : off;\n toggle(cm.display.scroller, \"dragstart\", funcs.start);\n toggle(cm.display.scroller, \"dragenter\", funcs.enter);\n toggle(cm.display.scroller, \"dragover\", funcs.over);\n toggle(cm.display.scroller, \"dragleave\", funcs.leave);\n toggle(cm.display.scroller, \"drop\", funcs.drop);\n }\n }\n\n // Called when the window resizes\n function onResize(cm) {\n var d = cm.display;\n if (d.lastWrapHeight == d.wrapper.clientHeight && d.lastWrapWidth == d.wrapper.clientWidth)\n return;\n // Might be a text scaling operation, clear size caches.\n d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n d.scrollbarsClipped = false;\n cm.setSize();\n }\n\n // MOUSE EVENTS\n\n // Return true when the given mouse event happened in a widget\n function eventInWidget(display, e) {\n for (var n = e_target(e); n != display.wrapper; n = n.parentNode) {\n if (!n || (n.nodeType == 1 && n.getAttribute(\"cm-ignore-events\") == \"true\") ||\n (n.parentNode == display.sizer && n != display.mover))\n return true;\n }\n }\n\n // Given a mouse event, find the corresponding position. If liberal\n // is false, it checks whether a gutter or scrollbar was clicked,\n // and returns null if it was. forRect is used by rectangular\n // selections, and tries to estimate a character position even for\n // coordinates beyond the right of the text.\n function posFromMouse(cm, e, liberal, forRect) {\n var display = cm.display;\n if (!liberal && e_target(e).getAttribute(\"cm-not-content\") == \"true\") return null;\n\n var x, y, space = display.lineSpace.getBoundingClientRect();\n // Fails unpredictably on IE[67] when mouse is dragged around quickly.\n try { x = e.clientX - space.left; y = e.clientY - space.top; }\n catch (e) { return null; }\n var coords = coordsChar(cm, x, y), line;\n if (forRect && coords.xRel == 1 && (line = getLine(cm.doc, coords.line).text).length == coords.ch) {\n var colDiff = countColumn(line, line.length, cm.options.tabSize) - line.length;\n coords = Pos(coords.line, Math.max(0, Math.round((x - paddingH(cm.display).left) / charWidth(cm.display)) - colDiff));\n }\n return coords;\n }\n\n // A mouse down can be a single click, double click, triple click,\n // start of selection drag, start of text drag, new cursor\n // (ctrl-click), rectangle drag (alt-drag), or xwin\n // middle-click-paste. Or it might be a click on something we should\n // not interfere with, such as a scrollbar or widget.\n function onMouseDown(e) {\n var cm = this, display = cm.display;\n if (signalDOMEvent(cm, e) || display.activeTouch && display.input.supportsTouch()) return;\n display.shift = e.shiftKey;\n\n if (eventInWidget(display, e)) {\n if (!webkit) {\n // Briefly turn off draggability, to allow widgets to do\n // normal dragging things.\n display.scroller.draggable = false;\n setTimeout(function(){display.scroller.draggable = true;}, 100);\n }\n return;\n }\n if (clickInGutter(cm, e)) return;\n var start = posFromMouse(cm, e);\n window.focus();\n\n switch (e_button(e)) {\n case 1:\n // #3261: make sure, that we're not starting a second selection\n if (cm.state.selectingText)\n cm.state.selectingText(e);\n else if (start)\n leftButtonDown(cm, e, start);\n else if (e_target(e) == display.scroller)\n e_preventDefault(e);\n break;\n case 2:\n if (webkit) cm.state.lastMiddleDown = +new Date;\n if (start) extendSelection(cm.doc, start);\n setTimeout(function() {display.input.focus();}, 20);\n e_preventDefault(e);\n break;\n case 3:\n if (captureRightClick) onContextMenu(cm, e);\n else delayBlurEvent(cm);\n break;\n }\n }\n\n var lastClick, lastDoubleClick;\n function leftButtonDown(cm, e, start) {\n if (ie) setTimeout(bind(ensureFocus, cm), 0);\n else cm.curOp.focus = activeElt();\n\n var now = +new Date, type;\n if (lastDoubleClick && lastDoubleClick.time > now - 400 && cmp(lastDoubleClick.pos, start) == 0) {\n type = \"triple\";\n } else if (lastClick && lastClick.time > now - 400 && cmp(lastClick.pos, start) == 0) {\n type = \"double\";\n lastDoubleClick = {time: now, pos: start};\n } else {\n type = \"single\";\n lastClick = {time: now, pos: start};\n }\n\n var sel = cm.doc.sel, modifier = mac ? e.metaKey : e.ctrlKey, contained;\n if (cm.options.dragDrop && dragAndDrop && !cm.isReadOnly() &&\n type == \"single\" && (contained = sel.contains(start)) > -1 &&\n (cmp((contained = sel.ranges[contained]).from(), start) < 0 || start.xRel > 0) &&\n (cmp(contained.to(), start) > 0 || start.xRel < 0))\n leftButtonStartDrag(cm, e, start, modifier);\n else\n leftButtonSelect(cm, e, start, type, modifier);\n }\n\n // Start a text drag. When it ends, see if any dragging actually\n // happen, and treat as a click if it didn't.\n function leftButtonStartDrag(cm, e, start, modifier) {\n var display = cm.display, startTime = +new Date;\n var dragEnd = operation(cm, function(e2) {\n if (webkit) display.scroller.draggable = false;\n cm.state.draggingText = false;\n off(document, \"mouseup\", dragEnd);\n off(display.scroller, \"drop\", dragEnd);\n if (Math.abs(e.clientX - e2.clientX) + Math.abs(e.clientY - e2.clientY) < 10) {\n e_preventDefault(e2);\n if (!modifier && +new Date - 200 < startTime)\n extendSelection(cm.doc, start);\n // Work around unexplainable focus problem in IE9 (#2127) and Chrome (#3081)\n if (webkit || ie && ie_version == 9)\n setTimeout(function() {document.body.focus(); display.input.focus();}, 20);\n else\n display.input.focus();\n }\n });\n // Let the drag handler handle this.\n if (webkit) display.scroller.draggable = true;\n cm.state.draggingText = dragEnd;\n // IE's approach to draggable\n if (display.scroller.dragDrop) display.scroller.dragDrop();\n on(document, \"mouseup\", dragEnd);\n on(display.scroller, \"drop\", dragEnd);\n }\n\n // Normal selection, as opposed to text dragging.\n function leftButtonSelect(cm, e, start, type, addNew) {\n var display = cm.display, doc = cm.doc;\n e_preventDefault(e);\n\n var ourRange, ourIndex, startSel = doc.sel, ranges = startSel.ranges;\n if (addNew && !e.shiftKey) {\n ourIndex = doc.sel.contains(start);\n if (ourIndex > -1)\n ourRange = ranges[ourIndex];\n else\n ourRange = new Range(start, start);\n } else {\n ourRange = doc.sel.primary();\n ourIndex = doc.sel.primIndex;\n }\n\n if (e.altKey) {\n type = \"rect\";\n if (!addNew) ourRange = new Range(start, start);\n start = posFromMouse(cm, e, true, true);\n ourIndex = -1;\n } else if (type == \"double\") {\n var word = cm.findWordAt(start);\n if (cm.display.shift || doc.extend)\n ourRange = extendRange(doc, ourRange, word.anchor, word.head);\n else\n ourRange = word;\n } else if (type == \"triple\") {\n var line = new Range(Pos(start.line, 0), clipPos(doc, Pos(start.line + 1, 0)));\n if (cm.display.shift || doc.extend)\n ourRange = extendRange(doc, ourRange, line.anchor, line.head);\n else\n ourRange = line;\n } else {\n ourRange = extendRange(doc, ourRange, start);\n }\n\n if (!addNew) {\n ourIndex = 0;\n setSelection(doc, new Selection([ourRange], 0), sel_mouse);\n startSel = doc.sel;\n } else if (ourIndex == -1) {\n ourIndex = ranges.length;\n setSelection(doc, normalizeSelection(ranges.concat([ourRange]), ourIndex),\n {scroll: false, origin: \"*mouse\"});\n } else if (ranges.length > 1 && ranges[ourIndex].empty() && type == \"single\" && !e.shiftKey) {\n setSelection(doc, normalizeSelection(ranges.slice(0, ourIndex).concat(ranges.slice(ourIndex + 1)), 0),\n {scroll: false, origin: \"*mouse\"});\n startSel = doc.sel;\n } else {\n replaceOneSelection(doc, ourIndex, ourRange, sel_mouse);\n }\n\n var lastPos = start;\n function extendTo(pos) {\n if (cmp(lastPos, pos) == 0) return;\n lastPos = pos;\n\n if (type == \"rect\") {\n var ranges = [], tabSize = cm.options.tabSize;\n var startCol = countColumn(getLine(doc, start.line).text, start.ch, tabSize);\n var posCol = countColumn(getLine(doc, pos.line).text, pos.ch, tabSize);\n var left = Math.min(startCol, posCol), right = Math.max(startCol, posCol);\n for (var line = Math.min(start.line, pos.line), end = Math.min(cm.lastLine(), Math.max(start.line, pos.line));\n line <= end; line++) {\n var text = getLine(doc, line).text, leftPos = findColumn(text, left, tabSize);\n if (left == right)\n ranges.push(new Range(Pos(line, leftPos), Pos(line, leftPos)));\n else if (text.length > leftPos)\n ranges.push(new Range(Pos(line, leftPos), Pos(line, findColumn(text, right, tabSize))));\n }\n if (!ranges.length) ranges.push(new Range(start, start));\n setSelection(doc, normalizeSelection(startSel.ranges.slice(0, ourIndex).concat(ranges), ourIndex),\n {origin: \"*mouse\", scroll: false});\n cm.scrollIntoView(pos);\n } else {\n var oldRange = ourRange;\n var anchor = oldRange.anchor, head = pos;\n if (type != \"single\") {\n if (type == \"double\")\n var range = cm.findWordAt(pos);\n else\n var range = new Range(Pos(pos.line, 0), clipPos(doc, Pos(pos.line + 1, 0)));\n if (cmp(range.anchor, anchor) > 0) {\n head = range.head;\n anchor = minPos(oldRange.from(), range.anchor);\n } else {\n head = range.anchor;\n anchor = maxPos(oldRange.to(), range.head);\n }\n }\n var ranges = startSel.ranges.slice(0);\n ranges[ourIndex] = new Range(clipPos(doc, anchor), head);\n setSelection(doc, normalizeSelection(ranges, ourIndex), sel_mouse);\n }\n }\n\n var editorSize = display.wrapper.getBoundingClientRect();\n // Used to ensure timeout re-tries don't fire when another extend\n // happened in the meantime (clearTimeout isn't reliable -- at\n // least on Chrome, the timeouts still happen even when cleared,\n // if the clear happens after their scheduled firing time).\n var counter = 0;\n\n function extend(e) {\n var curCount = ++counter;\n var cur = posFromMouse(cm, e, true, type == \"rect\");\n if (!cur) return;\n if (cmp(cur, lastPos) != 0) {\n cm.curOp.focus = activeElt();\n extendTo(cur);\n var visible = visibleLines(display, doc);\n if (cur.line >= visible.to || cur.line < visible.from)\n setTimeout(operation(cm, function(){if (counter == curCount) extend(e);}), 150);\n } else {\n var outside = e.clientY < editorSize.top ? -20 : e.clientY > editorSize.bottom ? 20 : 0;\n if (outside) setTimeout(operation(cm, function() {\n if (counter != curCount) return;\n display.scroller.scrollTop += outside;\n extend(e);\n }), 50);\n }\n }\n\n function done(e) {\n cm.state.selectingText = false;\n counter = Infinity;\n e_preventDefault(e);\n display.input.focus();\n off(document, \"mousemove\", move);\n off(document, \"mouseup\", up);\n doc.history.lastSelOrigin = null;\n }\n\n var move = operation(cm, function(e) {\n if (!e_button(e)) done(e);\n else extend(e);\n });\n var up = operation(cm, done);\n cm.state.selectingText = up;\n on(document, \"mousemove\", move);\n on(document, \"mouseup\", up);\n }\n\n // Determines whether an event happened in the gutter, and fires the\n // handlers for the corresponding event.\n function gutterEvent(cm, e, type, prevent) {\n try { var mX = e.clientX, mY = e.clientY; }\n catch(e) { return false; }\n if (mX >= Math.floor(cm.display.gutters.getBoundingClientRect().right)) return false;\n if (prevent) e_preventDefault(e);\n\n var display = cm.display;\n var lineBox = display.lineDiv.getBoundingClientRect();\n\n if (mY > lineBox.bottom || !hasHandler(cm, type)) return e_defaultPrevented(e);\n mY -= lineBox.top - display.viewOffset;\n\n for (var i = 0; i < cm.options.gutters.length; ++i) {\n var g = display.gutters.childNodes[i];\n if (g && g.getBoundingClientRect().right >= mX) {\n var line = lineAtHeight(cm.doc, mY);\n var gutter = cm.options.gutters[i];\n signal(cm, type, cm, line, gutter, e);\n return e_defaultPrevented(e);\n }\n }\n }\n\n function clickInGutter(cm, e) {\n return gutterEvent(cm, e, \"gutterClick\", true);\n }\n\n // Kludge to work around strange IE behavior where it'll sometimes\n // re-fire a series of drag-related events right after the drop (#1551)\n var lastDrop = 0;\n\n function onDrop(e) {\n var cm = this;\n clearDragCursor(cm);\n if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e))\n return;\n e_preventDefault(e);\n if (ie) lastDrop = +new Date;\n var pos = posFromMouse(cm, e, true), files = e.dataTransfer.files;\n if (!pos || cm.isReadOnly()) return;\n // Might be a file drop, in which case we simply extract the text\n // and insert it.\n if (files && files.length && window.FileReader && window.File) {\n var n = files.length, text = Array(n), read = 0;\n var loadFile = function(file, i) {\n if (cm.options.allowDropFileTypes &&\n indexOf(cm.options.allowDropFileTypes, file.type) == -1)\n return;\n\n var reader = new FileReader;\n reader.onload = operation(cm, function() {\n var content = reader.result;\n if (/[\\x00-\\x08\\x0e-\\x1f]{2}/.test(content)) content = \"\";\n text[i] = content;\n if (++read == n) {\n pos = clipPos(cm.doc, pos);\n var change = {from: pos, to: pos,\n text: cm.doc.splitLines(text.join(cm.doc.lineSeparator())),\n origin: \"paste\"};\n makeChange(cm.doc, change);\n setSelectionReplaceHistory(cm.doc, simpleSelection(pos, changeEnd(change)));\n }\n });\n reader.readAsText(file);\n };\n for (var i = 0; i < n; ++i) loadFile(files[i], i);\n } else { // Normal drop\n // Don't do a replace if the drop happened inside of the selected text.\n if (cm.state.draggingText && cm.doc.sel.contains(pos) > -1) {\n cm.state.draggingText(e);\n // Ensure the editor is re-focused\n setTimeout(function() {cm.display.input.focus();}, 20);\n return;\n }\n try {\n var text = e.dataTransfer.getData(\"Text\");\n if (text) {\n if (cm.state.draggingText && !(mac ? e.altKey : e.ctrlKey))\n var selected = cm.listSelections();\n setSelectionNoUndo(cm.doc, simpleSelection(pos, pos));\n if (selected) for (var i = 0; i < selected.length; ++i)\n replaceRange(cm.doc, \"\", selected[i].anchor, selected[i].head, \"drag\");\n cm.replaceSelection(text, \"around\", \"paste\");\n cm.display.input.focus();\n }\n }\n catch(e){}\n }\n }\n\n function onDragStart(cm, e) {\n if (ie && (!cm.state.draggingText || +new Date - lastDrop < 100)) { e_stop(e); return; }\n if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e)) return;\n\n e.dataTransfer.setData(\"Text\", cm.getSelection());\n\n // Use dummy image instead of default browsers image.\n // Recent Safari (~6.0.2) have a tendency to segfault when this happens, so we don't do it there.\n if (e.dataTransfer.setDragImage && !safari) {\n var img = elt(\"img\", null, null, \"position: fixed; left: 0; top: 0;\");\n img.src = \"data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==\";\n if (presto) {\n img.width = img.height = 1;\n cm.display.wrapper.appendChild(img);\n // Force a relayout, or Opera won't use our image for some obscure reason\n img._top = img.offsetTop;\n }\n e.dataTransfer.setDragImage(img, 0, 0);\n if (presto) img.parentNode.removeChild(img);\n }\n }\n\n function onDragOver(cm, e) {\n var pos = posFromMouse(cm, e);\n if (!pos) return;\n var frag = document.createDocumentFragment();\n drawSelectionCursor(cm, pos, frag);\n if (!cm.display.dragCursor) {\n cm.display.dragCursor = elt(\"div\", null, \"CodeMirror-cursors CodeMirror-dragcursors\");\n cm.display.lineSpace.insertBefore(cm.display.dragCursor, cm.display.cursorDiv);\n }\n removeChildrenAndAdd(cm.display.dragCursor, frag);\n }\n\n function clearDragCursor(cm) {\n if (cm.display.dragCursor) {\n cm.display.lineSpace.removeChild(cm.display.dragCursor);\n cm.display.dragCursor = null;\n }\n }\n\n // SCROLL EVENTS\n\n // Sync the scrollable area and scrollbars, ensure the viewport\n // covers the visible area.\n function setScrollTop(cm, val) {\n if (Math.abs(cm.doc.scrollTop - val) < 2) return;\n cm.doc.scrollTop = val;\n if (!gecko) updateDisplaySimple(cm, {top: val});\n if (cm.display.scroller.scrollTop != val) cm.display.scroller.scrollTop = val;\n cm.display.scrollbars.setScrollTop(val);\n if (gecko) updateDisplaySimple(cm);\n startWorker(cm, 100);\n }\n // Sync scroller and scrollbar, ensure the gutter elements are\n // aligned.\n function setScrollLeft(cm, val, isScroller) {\n if (isScroller ? val == cm.doc.scrollLeft : Math.abs(cm.doc.scrollLeft - val) < 2) return;\n val = Math.min(val, cm.display.scroller.scrollWidth - cm.display.scroller.clientWidth);\n cm.doc.scrollLeft = val;\n alignHorizontally(cm);\n if (cm.display.scroller.scrollLeft != val) cm.display.scroller.scrollLeft = val;\n cm.display.scrollbars.setScrollLeft(val);\n }\n\n // Since the delta values reported on mouse wheel events are\n // unstandardized between browsers and even browser versions, and\n // generally horribly unpredictable, this code starts by measuring\n // the scroll effect that the first few mouse wheel events have,\n // and, from that, detects the way it can convert deltas to pixel\n // offsets afterwards.\n //\n // The reason we want to know the amount a wheel event will scroll\n // is that it gives us a chance to update the display before the\n // actual scrolling happens, reducing flickering.\n\n var wheelSamples = 0, wheelPixelsPerUnit = null;\n // Fill in a browser-detected starting value on browsers where we\n // know one. These don't have to be accurate -- the result of them\n // being wrong would just be a slight flicker on the first wheel\n // scroll (if it is large enough).\n if (ie) wheelPixelsPerUnit = -.53;\n else if (gecko) wheelPixelsPerUnit = 15;\n else if (chrome) wheelPixelsPerUnit = -.7;\n else if (safari) wheelPixelsPerUnit = -1/3;\n\n var wheelEventDelta = function(e) {\n var dx = e.wheelDeltaX, dy = e.wheelDeltaY;\n if (dx == null && e.detail && e.axis == e.HORIZONTAL_AXIS) dx = e.detail;\n if (dy == null && e.detail && e.axis == e.VERTICAL_AXIS) dy = e.detail;\n else if (dy == null) dy = e.wheelDelta;\n return {x: dx, y: dy};\n };\n CodeMirror.wheelEventPixels = function(e) {\n var delta = wheelEventDelta(e);\n delta.x *= wheelPixelsPerUnit;\n delta.y *= wheelPixelsPerUnit;\n return delta;\n };\n\n function onScrollWheel(cm, e) {\n var delta = wheelEventDelta(e), dx = delta.x, dy = delta.y;\n\n var display = cm.display, scroll = display.scroller;\n // Quit if there's nothing to scroll here\n var canScrollX = scroll.scrollWidth > scroll.clientWidth;\n var canScrollY = scroll.scrollHeight > scroll.clientHeight;\n if (!(dx && canScrollX || dy && canScrollY)) return;\n\n // Webkit browsers on OS X abort momentum scrolls when the target\n // of the scroll event is removed from the scrollable element.\n // This hack (see related code in patchDisplay) makes sure the\n // element is kept around.\n if (dy && mac && webkit) {\n outer: for (var cur = e.target, view = display.view; cur != scroll; cur = cur.parentNode) {\n for (var i = 0; i < view.length; i++) {\n if (view[i].node == cur) {\n cm.display.currentWheelTarget = cur;\n break outer;\n }\n }\n }\n }\n\n // On some browsers, horizontal scrolling will cause redraws to\n // happen before the gutter has been realigned, causing it to\n // wriggle around in a most unseemly way. When we have an\n // estimated pixels/delta value, we just handle horizontal\n // scrolling entirely here. It'll be slightly off from native, but\n // better than glitching out.\n if (dx && !gecko && !presto && wheelPixelsPerUnit != null) {\n if (dy && canScrollY)\n setScrollTop(cm, Math.max(0, Math.min(scroll.scrollTop + dy * wheelPixelsPerUnit, scroll.scrollHeight - scroll.clientHeight)));\n setScrollLeft(cm, Math.max(0, Math.min(scroll.scrollLeft + dx * wheelPixelsPerUnit, scroll.scrollWidth - scroll.clientWidth)));\n // Only prevent default scrolling if vertical scrolling is\n // actually possible. Otherwise, it causes vertical scroll\n // jitter on OSX trackpads when deltaX is small and deltaY\n // is large (issue #3579)\n if (!dy || (dy && canScrollY))\n e_preventDefault(e);\n display.wheelStartX = null; // Abort measurement, if in progress\n return;\n }\n\n // 'Project' the visible viewport to cover the area that is being\n // scrolled into view (if we know enough to estimate it).\n if (dy && wheelPixelsPerUnit != null) {\n var pixels = dy * wheelPixelsPerUnit;\n var top = cm.doc.scrollTop, bot = top + display.wrapper.clientHeight;\n if (pixels < 0) top = Math.max(0, top + pixels - 50);\n else bot = Math.min(cm.doc.height, bot + pixels + 50);\n updateDisplaySimple(cm, {top: top, bottom: bot});\n }\n\n if (wheelSamples < 20) {\n if (display.wheelStartX == null) {\n display.wheelStartX = scroll.scrollLeft; display.wheelStartY = scroll.scrollTop;\n display.wheelDX = dx; display.wheelDY = dy;\n setTimeout(function() {\n if (display.wheelStartX == null) return;\n var movedX = scroll.scrollLeft - display.wheelStartX;\n var movedY = scroll.scrollTop - display.wheelStartY;\n var sample = (movedY && display.wheelDY && movedY / display.wheelDY) ||\n (movedX && display.wheelDX && movedX / display.wheelDX);\n display.wheelStartX = display.wheelStartY = null;\n if (!sample) return;\n wheelPixelsPerUnit = (wheelPixelsPerUnit * wheelSamples + sample) / (wheelSamples + 1);\n ++wheelSamples;\n }, 200);\n } else {\n display.wheelDX += dx; display.wheelDY += dy;\n }\n }\n }\n\n // KEY EVENTS\n\n // Run a handler that was bound to a key.\n function doHandleBinding(cm, bound, dropShift) {\n if (typeof bound == \"string\") {\n bound = commands[bound];\n if (!bound) return false;\n }\n // Ensure previous input has been read, so that the handler sees a\n // consistent view of the document\n cm.display.input.ensurePolled();\n var prevShift = cm.display.shift, done = false;\n try {\n if (cm.isReadOnly()) cm.state.suppressEdits = true;\n if (dropShift) cm.display.shift = false;\n done = bound(cm) != Pass;\n } finally {\n cm.display.shift = prevShift;\n cm.state.suppressEdits = false;\n }\n return done;\n }\n\n function lookupKeyForEditor(cm, name, handle) {\n for (var i = 0; i < cm.state.keyMaps.length; i++) {\n var result = lookupKey(name, cm.state.keyMaps[i], handle, cm);\n if (result) return result;\n }\n return (cm.options.extraKeys && lookupKey(name, cm.options.extraKeys, handle, cm))\n || lookupKey(name, cm.options.keyMap, handle, cm);\n }\n\n var stopSeq = new Delayed;\n function dispatchKey(cm, name, e, handle) {\n var seq = cm.state.keySeq;\n if (seq) {\n if (isModifierKey(name)) return \"handled\";\n stopSeq.set(50, function() {\n if (cm.state.keySeq == seq) {\n cm.state.keySeq = null;\n cm.display.input.reset();\n }\n });\n name = seq + \" \" + name;\n }\n var result = lookupKeyForEditor(cm, name, handle);\n\n if (result == \"multi\")\n cm.state.keySeq = name;\n if (result == \"handled\")\n signalLater(cm, \"keyHandled\", cm, name, e);\n\n if (result == \"handled\" || result == \"multi\") {\n e_preventDefault(e);\n restartBlink(cm);\n }\n\n if (seq && !result && /\\'$/.test(name)) {\n e_preventDefault(e);\n return true;\n }\n return !!result;\n }\n\n // Handle a key from the keydown event.\n function handleKeyBinding(cm, e) {\n var name = keyName(e, true);\n if (!name) return false;\n\n if (e.shiftKey && !cm.state.keySeq) {\n // First try to resolve full name (including 'Shift-'). Failing\n // that, see if there is a cursor-motion command (starting with\n // 'go') bound to the keyname without 'Shift-'.\n return dispatchKey(cm, \"Shift-\" + name, e, function(b) {return doHandleBinding(cm, b, true);})\n || dispatchKey(cm, name, e, function(b) {\n if (typeof b == \"string\" ? /^go[A-Z]/.test(b) : b.motion)\n return doHandleBinding(cm, b);\n });\n } else {\n return dispatchKey(cm, name, e, function(b) { return doHandleBinding(cm, b); });\n }\n }\n\n // Handle a key from the keypress event\n function handleCharBinding(cm, e, ch) {\n return dispatchKey(cm, \"'\" + ch + \"'\", e,\n function(b) { return doHandleBinding(cm, b, true); });\n }\n\n var lastStoppedKey = null;\n function onKeyDown(e) {\n var cm = this;\n cm.curOp.focus = activeElt();\n if (signalDOMEvent(cm, e)) return;\n // IE does strange things with escape.\n if (ie && ie_version < 11 && e.keyCode == 27) e.returnValue = false;\n var code = e.keyCode;\n cm.display.shift = code == 16 || e.shiftKey;\n var handled = handleKeyBinding(cm, e);\n if (presto) {\n lastStoppedKey = handled ? code : null;\n // Opera has no cut event... we try to at least catch the key combo\n if (!handled && code == 88 && !hasCopyEvent && (mac ? e.metaKey : e.ctrlKey))\n cm.replaceSelection(\"\", null, \"cut\");\n }\n\n // Turn mouse into crosshair when Alt is held on Mac.\n if (code == 18 && !/\\bCodeMirror-crosshair\\b/.test(cm.display.lineDiv.className))\n showCrossHair(cm);\n }\n\n function showCrossHair(cm) {\n var lineDiv = cm.display.lineDiv;\n addClass(lineDiv, \"CodeMirror-crosshair\");\n\n function up(e) {\n if (e.keyCode == 18 || !e.altKey) {\n rmClass(lineDiv, \"CodeMirror-crosshair\");\n off(document, \"keyup\", up);\n off(document, \"mouseover\", up);\n }\n }\n on(document, \"keyup\", up);\n on(document, \"mouseover\", up);\n }\n\n function onKeyUp(e) {\n if (e.keyCode == 16) this.doc.sel.shift = false;\n signalDOMEvent(this, e);\n }\n\n function onKeyPress(e) {\n var cm = this;\n if (eventInWidget(cm.display, e) || signalDOMEvent(cm, e) || e.ctrlKey && !e.altKey || mac && e.metaKey) return;\n var keyCode = e.keyCode, charCode = e.charCode;\n if (presto && keyCode == lastStoppedKey) {lastStoppedKey = null; e_preventDefault(e); return;}\n if ((presto && (!e.which || e.which < 10)) && handleKeyBinding(cm, e)) return;\n var ch = String.fromCharCode(charCode == null ? keyCode : charCode);\n if (handleCharBinding(cm, e, ch)) return;\n cm.display.input.onKeyPress(e);\n }\n\n // FOCUS/BLUR EVENTS\n\n function delayBlurEvent(cm) {\n cm.state.delayingBlurEvent = true;\n setTimeout(function() {\n if (cm.state.delayingBlurEvent) {\n cm.state.delayingBlurEvent = false;\n onBlur(cm);\n }\n }, 100);\n }\n\n function onFocus(cm) {\n if (cm.state.delayingBlurEvent) cm.state.delayingBlurEvent = false;\n\n if (cm.options.readOnly == \"nocursor\") return;\n if (!cm.state.focused) {\n signal(cm, \"focus\", cm);\n cm.state.focused = true;\n addClass(cm.display.wrapper, \"CodeMirror-focused\");\n // This test prevents this from firing when a context\n // menu is closed (since the input reset would kill the\n // select-all detection hack)\n if (!cm.curOp && cm.display.selForContextMenu != cm.doc.sel) {\n cm.display.input.reset();\n if (webkit) setTimeout(function() { cm.display.input.reset(true); }, 20); // Issue #1730\n }\n cm.display.input.receivedFocus();\n }\n restartBlink(cm);\n }\n function onBlur(cm) {\n if (cm.state.delayingBlurEvent) return;\n\n if (cm.state.focused) {\n signal(cm, \"blur\", cm);\n cm.state.focused = false;\n rmClass(cm.display.wrapper, \"CodeMirror-focused\");\n }\n clearInterval(cm.display.blinker);\n setTimeout(function() {if (!cm.state.focused) cm.display.shift = false;}, 150);\n }\n\n // CONTEXT MENU HANDLING\n\n // To make the context menu work, we need to briefly unhide the\n // textarea (making it as unobtrusive as possible) to let the\n // right-click take effect on it.\n function onContextMenu(cm, e) {\n if (eventInWidget(cm.display, e) || contextMenuInGutter(cm, e)) return;\n if (signalDOMEvent(cm, e, \"contextmenu\")) return;\n cm.display.input.onContextMenu(e);\n }\n\n function contextMenuInGutter(cm, e) {\n if (!hasHandler(cm, \"gutterContextMenu\")) return false;\n return gutterEvent(cm, e, \"gutterContextMenu\", false);\n }\n\n // UPDATING\n\n // Compute the position of the end of a change (its 'to' property\n // refers to the pre-change end).\n var changeEnd = CodeMirror.changeEnd = function(change) {\n if (!change.text) return change.to;\n return Pos(change.from.line + change.text.length - 1,\n lst(change.text).length + (change.text.length == 1 ? change.from.ch : 0));\n };\n\n // Adjust a position to refer to the post-change position of the\n // same text, or the end of the change if the change covers it.\n function adjustForChange(pos, change) {\n if (cmp(pos, change.from) < 0) return pos;\n if (cmp(pos, change.to) <= 0) return changeEnd(change);\n\n var line = pos.line + change.text.length - (change.to.line - change.from.line) - 1, ch = pos.ch;\n if (pos.line == change.to.line) ch += changeEnd(change).ch - change.to.ch;\n return Pos(line, ch);\n }\n\n function computeSelAfterChange(doc, change) {\n var out = [];\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n out.push(new Range(adjustForChange(range.anchor, change),\n adjustForChange(range.head, change)));\n }\n return normalizeSelection(out, doc.sel.primIndex);\n }\n\n function offsetPos(pos, old, nw) {\n if (pos.line == old.line)\n return Pos(nw.line, pos.ch - old.ch + nw.ch);\n else\n return Pos(nw.line + (pos.line - old.line), pos.ch);\n }\n\n // Used by replaceSelections to allow moving the selection to the\n // start or around the replaced test. Hint may be \"start\" or \"around\".\n function computeReplacedSel(doc, changes, hint) {\n var out = [];\n var oldPrev = Pos(doc.first, 0), newPrev = oldPrev;\n for (var i = 0; i < changes.length; i++) {\n var change = changes[i];\n var from = offsetPos(change.from, oldPrev, newPrev);\n var to = offsetPos(changeEnd(change), oldPrev, newPrev);\n oldPrev = change.to;\n newPrev = to;\n if (hint == \"around\") {\n var range = doc.sel.ranges[i], inv = cmp(range.head, range.anchor) < 0;\n out[i] = new Range(inv ? to : from, inv ? from : to);\n } else {\n out[i] = new Range(from, from);\n }\n }\n return new Selection(out, doc.sel.primIndex);\n }\n\n // Allow \"beforeChange\" event handlers to influence a change\n function filterChange(doc, change, update) {\n var obj = {\n canceled: false,\n from: change.from,\n to: change.to,\n text: change.text,\n origin: change.origin,\n cancel: function() { this.canceled = true; }\n };\n if (update) obj.update = function(from, to, text, origin) {\n if (from) this.from = clipPos(doc, from);\n if (to) this.to = clipPos(doc, to);\n if (text) this.text = text;\n if (origin !== undefined) this.origin = origin;\n };\n signal(doc, \"beforeChange\", doc, obj);\n if (doc.cm) signal(doc.cm, \"beforeChange\", doc.cm, obj);\n\n if (obj.canceled) return null;\n return {from: obj.from, to: obj.to, text: obj.text, origin: obj.origin};\n }\n\n // Apply a change to a document, and add it to the document's\n // history, and propagating it to all linked documents.\n function makeChange(doc, change, ignoreReadOnly) {\n if (doc.cm) {\n if (!doc.cm.curOp) return operation(doc.cm, makeChange)(doc, change, ignoreReadOnly);\n if (doc.cm.state.suppressEdits) return;\n }\n\n if (hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\")) {\n change = filterChange(doc, change, true);\n if (!change) return;\n }\n\n // Possibly split or suppress the update based on the presence\n // of read-only spans in its range.\n var split = sawReadOnlySpans && !ignoreReadOnly && removeReadOnlyRanges(doc, change.from, change.to);\n if (split) {\n for (var i = split.length - 1; i >= 0; --i)\n makeChangeInner(doc, {from: split[i].from, to: split[i].to, text: i ? [\"\"] : change.text});\n } else {\n makeChangeInner(doc, change);\n }\n }\n\n function makeChangeInner(doc, change) {\n if (change.text.length == 1 && change.text[0] == \"\" && cmp(change.from, change.to) == 0) return;\n var selAfter = computeSelAfterChange(doc, change);\n addChangeToHistory(doc, change, selAfter, doc.cm ? doc.cm.curOp.id : NaN);\n\n makeChangeSingleDoc(doc, change, selAfter, stretchSpansOverChange(doc, change));\n var rebased = [];\n\n linkedDocs(doc, function(doc, sharedHist) {\n if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n rebaseHist(doc.history, change);\n rebased.push(doc.history);\n }\n makeChangeSingleDoc(doc, change, null, stretchSpansOverChange(doc, change));\n });\n }\n\n // Revert a change stored in a document's history.\n function makeChangeFromHistory(doc, type, allowSelectionOnly) {\n if (doc.cm && doc.cm.state.suppressEdits) return;\n\n var hist = doc.history, event, selAfter = doc.sel;\n var source = type == \"undo\" ? hist.done : hist.undone, dest = type == \"undo\" ? hist.undone : hist.done;\n\n // Verify that there is a useable event (so that ctrl-z won't\n // needlessly clear selection events)\n for (var i = 0; i < source.length; i++) {\n event = source[i];\n if (allowSelectionOnly ? event.ranges && !event.equals(doc.sel) : !event.ranges)\n break;\n }\n if (i == source.length) return;\n hist.lastOrigin = hist.lastSelOrigin = null;\n\n for (;;) {\n event = source.pop();\n if (event.ranges) {\n pushSelectionToHistory(event, dest);\n if (allowSelectionOnly && !event.equals(doc.sel)) {\n setSelection(doc, event, {clearRedo: false});\n return;\n }\n selAfter = event;\n }\n else break;\n }\n\n // Build up a reverse change object to add to the opposite history\n // stack (redo when undoing, and vice versa).\n var antiChanges = [];\n pushSelectionToHistory(selAfter, dest);\n dest.push({changes: antiChanges, generation: hist.generation});\n hist.generation = event.generation || ++hist.maxGeneration;\n\n var filter = hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\");\n\n for (var i = event.changes.length - 1; i >= 0; --i) {\n var change = event.changes[i];\n change.origin = type;\n if (filter && !filterChange(doc, change, false)) {\n source.length = 0;\n return;\n }\n\n antiChanges.push(historyChangeFromChange(doc, change));\n\n var after = i ? computeSelAfterChange(doc, change) : lst(source);\n makeChangeSingleDoc(doc, change, after, mergeOldSpans(doc, change));\n if (!i && doc.cm) doc.cm.scrollIntoView({from: change.from, to: changeEnd(change)});\n var rebased = [];\n\n // Propagate to the linked documents\n linkedDocs(doc, function(doc, sharedHist) {\n if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n rebaseHist(doc.history, change);\n rebased.push(doc.history);\n }\n makeChangeSingleDoc(doc, change, null, mergeOldSpans(doc, change));\n });\n }\n }\n\n // Sub-views need their line numbers shifted when text is added\n // above or below them in the parent document.\n function shiftDoc(doc, distance) {\n if (distance == 0) return;\n doc.first += distance;\n doc.sel = new Selection(map(doc.sel.ranges, function(range) {\n return new Range(Pos(range.anchor.line + distance, range.anchor.ch),\n Pos(range.head.line + distance, range.head.ch));\n }), doc.sel.primIndex);\n if (doc.cm) {\n regChange(doc.cm, doc.first, doc.first - distance, distance);\n for (var d = doc.cm.display, l = d.viewFrom; l < d.viewTo; l++)\n regLineChange(doc.cm, l, \"gutter\");\n }\n }\n\n // More lower-level change function, handling only a single document\n // (not linked ones).\n function makeChangeSingleDoc(doc, change, selAfter, spans) {\n if (doc.cm && !doc.cm.curOp)\n return operation(doc.cm, makeChangeSingleDoc)(doc, change, selAfter, spans);\n\n if (change.to.line < doc.first) {\n shiftDoc(doc, change.text.length - 1 - (change.to.line - change.from.line));\n return;\n }\n if (change.from.line > doc.lastLine()) return;\n\n // Clip the change to the size of this doc\n if (change.from.line < doc.first) {\n var shift = change.text.length - 1 - (doc.first - change.from.line);\n shiftDoc(doc, shift);\n change = {from: Pos(doc.first, 0), to: Pos(change.to.line + shift, change.to.ch),\n text: [lst(change.text)], origin: change.origin};\n }\n var last = doc.lastLine();\n if (change.to.line > last) {\n change = {from: change.from, to: Pos(last, getLine(doc, last).text.length),\n text: [change.text[0]], origin: change.origin};\n }\n\n change.removed = getBetween(doc, change.from, change.to);\n\n if (!selAfter) selAfter = computeSelAfterChange(doc, change);\n if (doc.cm) makeChangeSingleDocInEditor(doc.cm, change, spans);\n else updateDoc(doc, change, spans);\n setSelectionNoUndo(doc, selAfter, sel_dontScroll);\n }\n\n // Handle the interaction of a change to a document with the editor\n // that this document is part of.\n function makeChangeSingleDocInEditor(cm, change, spans) {\n var doc = cm.doc, display = cm.display, from = change.from, to = change.to;\n\n var recomputeMaxLength = false, checkWidthStart = from.line;\n if (!cm.options.lineWrapping) {\n checkWidthStart = lineNo(visualLine(getLine(doc, from.line)));\n doc.iter(checkWidthStart, to.line + 1, function(line) {\n if (line == display.maxLine) {\n recomputeMaxLength = true;\n return true;\n }\n });\n }\n\n if (doc.sel.contains(change.from, change.to) > -1)\n signalCursorActivity(cm);\n\n updateDoc(doc, change, spans, estimateHeight(cm));\n\n if (!cm.options.lineWrapping) {\n doc.iter(checkWidthStart, from.line + change.text.length, function(line) {\n var len = lineLength(line);\n if (len > display.maxLineLength) {\n display.maxLine = line;\n display.maxLineLength = len;\n display.maxLineChanged = true;\n recomputeMaxLength = false;\n }\n });\n if (recomputeMaxLength) cm.curOp.updateMaxLine = true;\n }\n\n // Adjust frontier, schedule worker\n doc.frontier = Math.min(doc.frontier, from.line);\n startWorker(cm, 400);\n\n var lendiff = change.text.length - (to.line - from.line) - 1;\n // Remember that these lines changed, for updating the display\n if (change.full)\n regChange(cm);\n else if (from.line == to.line && change.text.length == 1 && !isWholeLineUpdate(cm.doc, change))\n regLineChange(cm, from.line, \"text\");\n else\n regChange(cm, from.line, to.line + 1, lendiff);\n\n var changesHandler = hasHandler(cm, \"changes\"), changeHandler = hasHandler(cm, \"change\");\n if (changeHandler || changesHandler) {\n var obj = {\n from: from, to: to,\n text: change.text,\n removed: change.removed,\n origin: change.origin\n };\n if (changeHandler) signalLater(cm, \"change\", cm, obj);\n if (changesHandler) (cm.curOp.changeObjs || (cm.curOp.changeObjs = [])).push(obj);\n }\n cm.display.selForContextMenu = null;\n }\n\n function replaceRange(doc, code, from, to, origin) {\n if (!to) to = from;\n if (cmp(to, from) < 0) { var tmp = to; to = from; from = tmp; }\n if (typeof code == \"string\") code = doc.splitLines(code);\n makeChange(doc, {from: from, to: to, text: code, origin: origin});\n }\n\n // SCROLLING THINGS INTO VIEW\n\n // If an editor sits on the top or bottom of the window, partially\n // scrolled out of view, this ensures that the cursor is visible.\n function maybeScrollWindow(cm, coords) {\n if (signalDOMEvent(cm, \"scrollCursorIntoView\")) return;\n\n var display = cm.display, box = display.sizer.getBoundingClientRect(), doScroll = null;\n if (coords.top + box.top < 0) doScroll = true;\n else if (coords.bottom + box.top > (window.innerHeight || document.documentElement.clientHeight)) doScroll = false;\n if (doScroll != null && !phantom) {\n var scrollNode = elt(\"div\", \"\\u200b\", null, \"position: absolute; top: \" +\n (coords.top - display.viewOffset - paddingTop(cm.display)) + \"px; height: \" +\n (coords.bottom - coords.top + scrollGap(cm) + display.barHeight) + \"px; left: \" +\n coords.left + \"px; width: 2px;\");\n cm.display.lineSpace.appendChild(scrollNode);\n scrollNode.scrollIntoView(doScroll);\n cm.display.lineSpace.removeChild(scrollNode);\n }\n }\n\n // Scroll a given position into view (immediately), verifying that\n // it actually became visible (as line heights are accurately\n // measured, the position of something may 'drift' during drawing).\n function scrollPosIntoView(cm, pos, end, margin) {\n if (margin == null) margin = 0;\n for (var limit = 0; limit < 5; limit++) {\n var changed = false, coords = cursorCoords(cm, pos);\n var endCoords = !end || end == pos ? coords : cursorCoords(cm, end);\n var scrollPos = calculateScrollPos(cm, Math.min(coords.left, endCoords.left),\n Math.min(coords.top, endCoords.top) - margin,\n Math.max(coords.left, endCoords.left),\n Math.max(coords.bottom, endCoords.bottom) + margin);\n var startTop = cm.doc.scrollTop, startLeft = cm.doc.scrollLeft;\n if (scrollPos.scrollTop != null) {\n setScrollTop(cm, scrollPos.scrollTop);\n if (Math.abs(cm.doc.scrollTop - startTop) > 1) changed = true;\n }\n if (scrollPos.scrollLeft != null) {\n setScrollLeft(cm, scrollPos.scrollLeft);\n if (Math.abs(cm.doc.scrollLeft - startLeft) > 1) changed = true;\n }\n if (!changed) break;\n }\n return coords;\n }\n\n // Scroll a given set of coordinates into view (immediately).\n function scrollIntoView(cm, x1, y1, x2, y2) {\n var scrollPos = calculateScrollPos(cm, x1, y1, x2, y2);\n if (scrollPos.scrollTop != null) setScrollTop(cm, scrollPos.scrollTop);\n if (scrollPos.scrollLeft != null) setScrollLeft(cm, scrollPos.scrollLeft);\n }\n\n // Calculate a new scroll position needed to scroll the given\n // rectangle into view. Returns an object with scrollTop and\n // scrollLeft properties. When these are undefined, the\n // vertical/horizontal position does not need to be adjusted.\n function calculateScrollPos(cm, x1, y1, x2, y2) {\n var display = cm.display, snapMargin = textHeight(cm.display);\n if (y1 < 0) y1 = 0;\n var screentop = cm.curOp && cm.curOp.scrollTop != null ? cm.curOp.scrollTop : display.scroller.scrollTop;\n var screen = displayHeight(cm), result = {};\n if (y2 - y1 > screen) y2 = y1 + screen;\n var docBottom = cm.doc.height + paddingVert(display);\n var atTop = y1 < snapMargin, atBottom = y2 > docBottom - snapMargin;\n if (y1 < screentop) {\n result.scrollTop = atTop ? 0 : y1;\n } else if (y2 > screentop + screen) {\n var newTop = Math.min(y1, (atBottom ? docBottom : y2) - screen);\n if (newTop != screentop) result.scrollTop = newTop;\n }\n\n var screenleft = cm.curOp && cm.curOp.scrollLeft != null ? cm.curOp.scrollLeft : display.scroller.scrollLeft;\n var screenw = displayWidth(cm) - (cm.options.fixedGutter ? display.gutters.offsetWidth : 0);\n var tooWide = x2 - x1 > screenw;\n if (tooWide) x2 = x1 + screenw;\n if (x1 < 10)\n result.scrollLeft = 0;\n else if (x1 < screenleft)\n result.scrollLeft = Math.max(0, x1 - (tooWide ? 0 : 10));\n else if (x2 > screenw + screenleft - 3)\n result.scrollLeft = x2 + (tooWide ? 0 : 10) - screenw;\n return result;\n }\n\n // Store a relative adjustment to the scroll position in the current\n // operation (to be applied when the operation finishes).\n function addToScrollPos(cm, left, top) {\n if (left != null || top != null) resolveScrollToPos(cm);\n if (left != null)\n cm.curOp.scrollLeft = (cm.curOp.scrollLeft == null ? cm.doc.scrollLeft : cm.curOp.scrollLeft) + left;\n if (top != null)\n cm.curOp.scrollTop = (cm.curOp.scrollTop == null ? cm.doc.scrollTop : cm.curOp.scrollTop) + top;\n }\n\n // Make sure that at the end of the operation the current cursor is\n // shown.\n function ensureCursorVisible(cm) {\n resolveScrollToPos(cm);\n var cur = cm.getCursor(), from = cur, to = cur;\n if (!cm.options.lineWrapping) {\n from = cur.ch ? Pos(cur.line, cur.ch - 1) : cur;\n to = Pos(cur.line, cur.ch + 1);\n }\n cm.curOp.scrollToPos = {from: from, to: to, margin: cm.options.cursorScrollMargin, isCursor: true};\n }\n\n // When an operation has its scrollToPos property set, and another\n // scroll action is applied before the end of the operation, this\n // 'simulates' scrolling that position into view in a cheap way, so\n // that the effect of intermediate scroll commands is not ignored.\n function resolveScrollToPos(cm) {\n var range = cm.curOp.scrollToPos;\n if (range) {\n cm.curOp.scrollToPos = null;\n var from = estimateCoords(cm, range.from), to = estimateCoords(cm, range.to);\n var sPos = calculateScrollPos(cm, Math.min(from.left, to.left),\n Math.min(from.top, to.top) - range.margin,\n Math.max(from.right, to.right),\n Math.max(from.bottom, to.bottom) + range.margin);\n cm.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n }\n }\n\n // API UTILITIES\n\n // Indent the given line. The how parameter can be \"smart\",\n // \"add\"/null, \"subtract\", or \"prev\". When aggressive is false\n // (typically set to true for forced single-line indents), empty\n // lines are not indented, and places where the mode returns Pass\n // are left alone.\n function indentLine(cm, n, how, aggressive) {\n var doc = cm.doc, state;\n if (how == null) how = \"add\";\n if (how == \"smart\") {\n // Fall back to \"prev\" when the mode doesn't have an indentation\n // method.\n if (!doc.mode.indent) how = \"prev\";\n else state = getStateBefore(cm, n);\n }\n\n var tabSize = cm.options.tabSize;\n var line = getLine(doc, n), curSpace = countColumn(line.text, null, tabSize);\n if (line.stateAfter) line.stateAfter = null;\n var curSpaceString = line.text.match(/^\\s*/)[0], indentation;\n if (!aggressive && !/\\S/.test(line.text)) {\n indentation = 0;\n how = \"not\";\n } else if (how == \"smart\") {\n indentation = doc.mode.indent(state, line.text.slice(curSpaceString.length), line.text);\n if (indentation == Pass || indentation > 150) {\n if (!aggressive) return;\n how = \"prev\";\n }\n }\n if (how == \"prev\") {\n if (n > doc.first) indentation = countColumn(getLine(doc, n-1).text, null, tabSize);\n else indentation = 0;\n } else if (how == \"add\") {\n indentation = curSpace + cm.options.indentUnit;\n } else if (how == \"subtract\") {\n indentation = curSpace - cm.options.indentUnit;\n } else if (typeof how == \"number\") {\n indentation = curSpace + how;\n }\n indentation = Math.max(0, indentation);\n\n var indentString = \"\", pos = 0;\n if (cm.options.indentWithTabs)\n for (var i = Math.floor(indentation / tabSize); i; --i) {pos += tabSize; indentString += \"\\t\";}\n if (pos < indentation) indentString += spaceStr(indentation - pos);\n\n if (indentString != curSpaceString) {\n replaceRange(doc, indentString, Pos(n, 0), Pos(n, curSpaceString.length), \"+input\");\n line.stateAfter = null;\n return true;\n } else {\n // Ensure that, if the cursor was in the whitespace at the start\n // of the line, it is moved to the end of that space.\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n if (range.head.line == n && range.head.ch < curSpaceString.length) {\n var pos = Pos(n, curSpaceString.length);\n replaceOneSelection(doc, i, new Range(pos, pos));\n break;\n }\n }\n }\n }\n\n // Utility for applying a change to a line by handle or number,\n // returning the number and optionally registering the line as\n // changed.\n function changeLine(doc, handle, changeType, op) {\n var no = handle, line = handle;\n if (typeof handle == \"number\") line = getLine(doc, clipLine(doc, handle));\n else no = lineNo(handle);\n if (no == null) return null;\n if (op(line, no) && doc.cm) regLineChange(doc.cm, no, changeType);\n return line;\n }\n\n // Helper for deleting text near the selection(s), used to implement\n // backspace, delete, and similar functionality.\n function deleteNearSelection(cm, compute) {\n var ranges = cm.doc.sel.ranges, kill = [];\n // Build up a set of ranges to kill first, merging overlapping\n // ranges.\n for (var i = 0; i < ranges.length; i++) {\n var toKill = compute(ranges[i]);\n while (kill.length && cmp(toKill.from, lst(kill).to) <= 0) {\n var replaced = kill.pop();\n if (cmp(replaced.from, toKill.from) < 0) {\n toKill.from = replaced.from;\n break;\n }\n }\n kill.push(toKill);\n }\n // Next, remove those actual ranges.\n runInOp(cm, function() {\n for (var i = kill.length - 1; i >= 0; i--)\n replaceRange(cm.doc, \"\", kill[i].from, kill[i].to, \"+delete\");\n ensureCursorVisible(cm);\n });\n }\n\n // Used for horizontal relative motion. Dir is -1 or 1 (left or\n // right), unit can be \"char\", \"column\" (like char, but doesn't\n // cross line boundaries), \"word\" (across next word), or \"group\" (to\n // the start of next group of word or non-word-non-whitespace\n // chars). The visually param controls whether, in right-to-left\n // text, direction 1 means to move towards the next index in the\n // string, or towards the character to the right of the current\n // position. The resulting position will have a hitSide=true\n // property if it reached the end of the document.\n function findPosH(doc, pos, dir, unit, visually) {\n var line = pos.line, ch = pos.ch, origDir = dir;\n var lineObj = getLine(doc, line);\n function findNextLine() {\n var l = line + dir;\n if (l < doc.first || l >= doc.first + doc.size) return false\n line = l;\n return lineObj = getLine(doc, l);\n }\n function moveOnce(boundToLine) {\n var next = (visually ? moveVisually : moveLogically)(lineObj, ch, dir, true);\n if (next == null) {\n if (!boundToLine && findNextLine()) {\n if (visually) ch = (dir < 0 ? lineRight : lineLeft)(lineObj);\n else ch = dir < 0 ? lineObj.text.length : 0;\n } else return false\n } else ch = next;\n return true;\n }\n\n if (unit == \"char\") {\n moveOnce()\n } else if (unit == \"column\") {\n moveOnce(true)\n } else if (unit == \"word\" || unit == \"group\") {\n var sawType = null, group = unit == \"group\";\n var helper = doc.cm && doc.cm.getHelper(pos, \"wordChars\");\n for (var first = true;; first = false) {\n if (dir < 0 && !moveOnce(!first)) break;\n var cur = lineObj.text.charAt(ch) || \"\\n\";\n var type = isWordChar(cur, helper) ? \"w\"\n : group && cur == \"\\n\" ? \"n\"\n : !group || /\\s/.test(cur) ? null\n : \"p\";\n if (group && !first && !type) type = \"s\";\n if (sawType && sawType != type) {\n if (dir < 0) {dir = 1; moveOnce();}\n break;\n }\n\n if (type) sawType = type;\n if (dir > 0 && !moveOnce(!first)) break;\n }\n }\n var result = skipAtomic(doc, Pos(line, ch), pos, origDir, true);\n if (!cmp(pos, result)) result.hitSide = true;\n return result;\n }\n\n // For relative vertical movement. Dir may be -1 or 1. Unit can be\n // \"page\" or \"line\". The resulting position will have a hitSide=true\n // property if it reached the end of the document.\n function findPosV(cm, pos, dir, unit) {\n var doc = cm.doc, x = pos.left, y;\n if (unit == \"page\") {\n var pageSize = Math.min(cm.display.wrapper.clientHeight, window.innerHeight || document.documentElement.clientHeight);\n y = pos.top + dir * (pageSize - (dir < 0 ? 1.5 : .5) * textHeight(cm.display));\n } else if (unit == \"line\") {\n y = dir > 0 ? pos.bottom + 3 : pos.top - 3;\n }\n for (;;) {\n var target = coordsChar(cm, x, y);\n if (!target.outside) break;\n if (dir < 0 ? y <= 0 : y >= doc.height) { target.hitSide = true; break; }\n y += dir * 5;\n }\n return target;\n }\n\n // EDITOR METHODS\n\n // The publicly visible API. Note that methodOp(f) means\n // 'wrap f in an operation, performed on its `this` parameter'.\n\n // This is not the complete set of editor methods. Most of the\n // methods defined on the Doc type are also injected into\n // CodeMirror.prototype, for backwards compatibility and\n // convenience.\n\n CodeMirror.prototype = {\n constructor: CodeMirror,\n focus: function(){window.focus(); this.display.input.focus();},\n\n setOption: function(option, value) {\n var options = this.options, old = options[option];\n if (options[option] == value && option != \"mode\") return;\n options[option] = value;\n if (optionHandlers.hasOwnProperty(option))\n operation(this, optionHandlers[option])(this, value, old);\n },\n\n getOption: function(option) {return this.options[option];},\n getDoc: function() {return this.doc;},\n\n addKeyMap: function(map, bottom) {\n this.state.keyMaps[bottom ? \"push\" : \"unshift\"](getKeyMap(map));\n },\n removeKeyMap: function(map) {\n var maps = this.state.keyMaps;\n for (var i = 0; i < maps.length; ++i)\n if (maps[i] == map || maps[i].name == map) {\n maps.splice(i, 1);\n return true;\n }\n },\n\n addOverlay: methodOp(function(spec, options) {\n var mode = spec.token ? spec : CodeMirror.getMode(this.options, spec);\n if (mode.startState) throw new Error(\"Overlays may not be stateful.\");\n this.state.overlays.push({mode: mode, modeSpec: spec, opaque: options && options.opaque});\n this.state.modeGen++;\n regChange(this);\n }),\n removeOverlay: methodOp(function(spec) {\n var overlays = this.state.overlays;\n for (var i = 0; i < overlays.length; ++i) {\n var cur = overlays[i].modeSpec;\n if (cur == spec || typeof spec == \"string\" && cur.name == spec) {\n overlays.splice(i, 1);\n this.state.modeGen++;\n regChange(this);\n return;\n }\n }\n }),\n\n indentLine: methodOp(function(n, dir, aggressive) {\n if (typeof dir != \"string\" && typeof dir != \"number\") {\n if (dir == null) dir = this.options.smartIndent ? \"smart\" : \"prev\";\n else dir = dir ? \"add\" : \"subtract\";\n }\n if (isLine(this.doc, n)) indentLine(this, n, dir, aggressive);\n }),\n indentSelection: methodOp(function(how) {\n var ranges = this.doc.sel.ranges, end = -1;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (!range.empty()) {\n var from = range.from(), to = range.to();\n var start = Math.max(end, from.line);\n end = Math.min(this.lastLine(), to.line - (to.ch ? 0 : 1)) + 1;\n for (var j = start; j < end; ++j)\n indentLine(this, j, how);\n var newRanges = this.doc.sel.ranges;\n if (from.ch == 0 && ranges.length == newRanges.length && newRanges[i].from().ch > 0)\n replaceOneSelection(this.doc, i, new Range(from, newRanges[i].to()), sel_dontScroll);\n } else if (range.head.line > end) {\n indentLine(this, range.head.line, how, true);\n end = range.head.line;\n if (i == this.doc.sel.primIndex) ensureCursorVisible(this);\n }\n }\n }),\n\n // Fetch the parser token for a given character. Useful for hacks\n // that want to inspect the mode state (say, for completion).\n getTokenAt: function(pos, precise) {\n return takeToken(this, pos, precise);\n },\n\n getLineTokens: function(line, precise) {\n return takeToken(this, Pos(line), precise, true);\n },\n\n getTokenTypeAt: function(pos) {\n pos = clipPos(this.doc, pos);\n var styles = getLineStyles(this, getLine(this.doc, pos.line));\n var before = 0, after = (styles.length - 1) / 2, ch = pos.ch;\n var type;\n if (ch == 0) type = styles[2];\n else for (;;) {\n var mid = (before + after) >> 1;\n if ((mid ? styles[mid * 2 - 1] : 0) >= ch) after = mid;\n else if (styles[mid * 2 + 1] < ch) before = mid + 1;\n else { type = styles[mid * 2 + 2]; break; }\n }\n var cut = type ? type.indexOf(\"cm-overlay \") : -1;\n return cut < 0 ? type : cut == 0 ? null : type.slice(0, cut - 1);\n },\n\n getModeAt: function(pos) {\n var mode = this.doc.mode;\n if (!mode.innerMode) return mode;\n return CodeMirror.innerMode(mode, this.getTokenAt(pos).state).mode;\n },\n\n getHelper: function(pos, type) {\n return this.getHelpers(pos, type)[0];\n },\n\n getHelpers: function(pos, type) {\n var found = [];\n if (!helpers.hasOwnProperty(type)) return found;\n var help = helpers[type], mode = this.getModeAt(pos);\n if (typeof mode[type] == \"string\") {\n if (help[mode[type]]) found.push(help[mode[type]]);\n } else if (mode[type]) {\n for (var i = 0; i < mode[type].length; i++) {\n var val = help[mode[type][i]];\n if (val) found.push(val);\n }\n } else if (mode.helperType && help[mode.helperType]) {\n found.push(help[mode.helperType]);\n } else if (help[mode.name]) {\n found.push(help[mode.name]);\n }\n for (var i = 0; i < help._global.length; i++) {\n var cur = help._global[i];\n if (cur.pred(mode, this) && indexOf(found, cur.val) == -1)\n found.push(cur.val);\n }\n return found;\n },\n\n getStateAfter: function(line, precise) {\n var doc = this.doc;\n line = clipLine(doc, line == null ? doc.first + doc.size - 1: line);\n return getStateBefore(this, line + 1, precise);\n },\n\n cursorCoords: function(start, mode) {\n var pos, range = this.doc.sel.primary();\n if (start == null) pos = range.head;\n else if (typeof start == \"object\") pos = clipPos(this.doc, start);\n else pos = start ? range.from() : range.to();\n return cursorCoords(this, pos, mode || \"page\");\n },\n\n charCoords: function(pos, mode) {\n return charCoords(this, clipPos(this.doc, pos), mode || \"page\");\n },\n\n coordsChar: function(coords, mode) {\n coords = fromCoordSystem(this, coords, mode || \"page\");\n return coordsChar(this, coords.left, coords.top);\n },\n\n lineAtHeight: function(height, mode) {\n height = fromCoordSystem(this, {top: height, left: 0}, mode || \"page\").top;\n return lineAtHeight(this.doc, height + this.display.viewOffset);\n },\n heightAtLine: function(line, mode) {\n var end = false, lineObj;\n if (typeof line == \"number\") {\n var last = this.doc.first + this.doc.size - 1;\n if (line < this.doc.first) line = this.doc.first;\n else if (line > last) { line = last; end = true; }\n lineObj = getLine(this.doc, line);\n } else {\n lineObj = line;\n }\n return intoCoordSystem(this, lineObj, {top: 0, left: 0}, mode || \"page\").top +\n (end ? this.doc.height - heightAtLine(lineObj) : 0);\n },\n\n defaultTextHeight: function() { return textHeight(this.display); },\n defaultCharWidth: function() { return charWidth(this.display); },\n\n setGutterMarker: methodOp(function(line, gutterID, value) {\n return changeLine(this.doc, line, \"gutter\", function(line) {\n var markers = line.gutterMarkers || (line.gutterMarkers = {});\n markers[gutterID] = value;\n if (!value && isEmpty(markers)) line.gutterMarkers = null;\n return true;\n });\n }),\n\n clearGutter: methodOp(function(gutterID) {\n var cm = this, doc = cm.doc, i = doc.first;\n doc.iter(function(line) {\n if (line.gutterMarkers && line.gutterMarkers[gutterID]) {\n line.gutterMarkers[gutterID] = null;\n regLineChange(cm, i, \"gutter\");\n if (isEmpty(line.gutterMarkers)) line.gutterMarkers = null;\n }\n ++i;\n });\n }),\n\n lineInfo: function(line) {\n if (typeof line == \"number\") {\n if (!isLine(this.doc, line)) return null;\n var n = line;\n line = getLine(this.doc, line);\n if (!line) return null;\n } else {\n var n = lineNo(line);\n if (n == null) return null;\n }\n return {line: n, handle: line, text: line.text, gutterMarkers: line.gutterMarkers,\n textClass: line.textClass, bgClass: line.bgClass, wrapClass: line.wrapClass,\n widgets: line.widgets};\n },\n\n getViewport: function() { return {from: this.display.viewFrom, to: this.display.viewTo};},\n\n addWidget: function(pos, node, scroll, vert, horiz) {\n var display = this.display;\n pos = cursorCoords(this, clipPos(this.doc, pos));\n var top = pos.bottom, left = pos.left;\n node.style.position = \"absolute\";\n node.setAttribute(\"cm-ignore-events\", \"true\");\n this.display.input.setUneditable(node);\n display.sizer.appendChild(node);\n if (vert == \"over\") {\n top = pos.top;\n } else if (vert == \"above\" || vert == \"near\") {\n var vspace = Math.max(display.wrapper.clientHeight, this.doc.height),\n hspace = Math.max(display.sizer.clientWidth, display.lineSpace.clientWidth);\n // Default to positioning above (if specified and possible); otherwise default to positioning below\n if ((vert == 'above' || pos.bottom + node.offsetHeight > vspace) && pos.top > node.offsetHeight)\n top = pos.top - node.offsetHeight;\n else if (pos.bottom + node.offsetHeight <= vspace)\n top = pos.bottom;\n if (left + node.offsetWidth > hspace)\n left = hspace - node.offsetWidth;\n }\n node.style.top = top + \"px\";\n node.style.left = node.style.right = \"\";\n if (horiz == \"right\") {\n left = display.sizer.clientWidth - node.offsetWidth;\n node.style.right = \"0px\";\n } else {\n if (horiz == \"left\") left = 0;\n else if (horiz == \"middle\") left = (display.sizer.clientWidth - node.offsetWidth) / 2;\n node.style.left = left + \"px\";\n }\n if (scroll)\n scrollIntoView(this, left, top, left + node.offsetWidth, top + node.offsetHeight);\n },\n\n triggerOnKeyDown: methodOp(onKeyDown),\n triggerOnKeyPress: methodOp(onKeyPress),\n triggerOnKeyUp: onKeyUp,\n\n execCommand: function(cmd) {\n if (commands.hasOwnProperty(cmd))\n return commands[cmd].call(null, this);\n },\n\n triggerElectric: methodOp(function(text) { triggerElectric(this, text); }),\n\n findPosH: function(from, amount, unit, visually) {\n var dir = 1;\n if (amount < 0) { dir = -1; amount = -amount; }\n for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n cur = findPosH(this.doc, cur, dir, unit, visually);\n if (cur.hitSide) break;\n }\n return cur;\n },\n\n moveH: methodOp(function(dir, unit) {\n var cm = this;\n cm.extendSelectionsBy(function(range) {\n if (cm.display.shift || cm.doc.extend || range.empty())\n return findPosH(cm.doc, range.head, dir, unit, cm.options.rtlMoveVisually);\n else\n return dir < 0 ? range.from() : range.to();\n }, sel_move);\n }),\n\n deleteH: methodOp(function(dir, unit) {\n var sel = this.doc.sel, doc = this.doc;\n if (sel.somethingSelected())\n doc.replaceSelection(\"\", null, \"+delete\");\n else\n deleteNearSelection(this, function(range) {\n var other = findPosH(doc, range.head, dir, unit, false);\n return dir < 0 ? {from: other, to: range.head} : {from: range.head, to: other};\n });\n }),\n\n findPosV: function(from, amount, unit, goalColumn) {\n var dir = 1, x = goalColumn;\n if (amount < 0) { dir = -1; amount = -amount; }\n for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n var coords = cursorCoords(this, cur, \"div\");\n if (x == null) x = coords.left;\n else coords.left = x;\n cur = findPosV(this, coords, dir, unit);\n if (cur.hitSide) break;\n }\n return cur;\n },\n\n moveV: methodOp(function(dir, unit) {\n var cm = this, doc = this.doc, goals = [];\n var collapse = !cm.display.shift && !doc.extend && doc.sel.somethingSelected();\n doc.extendSelectionsBy(function(range) {\n if (collapse)\n return dir < 0 ? range.from() : range.to();\n var headPos = cursorCoords(cm, range.head, \"div\");\n if (range.goalColumn != null) headPos.left = range.goalColumn;\n goals.push(headPos.left);\n var pos = findPosV(cm, headPos, dir, unit);\n if (unit == \"page\" && range == doc.sel.primary())\n addToScrollPos(cm, null, charCoords(cm, pos, \"div\").top - headPos.top);\n return pos;\n }, sel_move);\n if (goals.length) for (var i = 0; i < doc.sel.ranges.length; i++)\n doc.sel.ranges[i].goalColumn = goals[i];\n }),\n\n // Find the word at the given position (as returned by coordsChar).\n findWordAt: function(pos) {\n var doc = this.doc, line = getLine(doc, pos.line).text;\n var start = pos.ch, end = pos.ch;\n if (line) {\n var helper = this.getHelper(pos, \"wordChars\");\n if ((pos.xRel < 0 || end == line.length) && start) --start; else ++end;\n var startChar = line.charAt(start);\n var check = isWordChar(startChar, helper)\n ? function(ch) { return isWordChar(ch, helper); }\n : /\\s/.test(startChar) ? function(ch) {return /\\s/.test(ch);}\n : function(ch) {return !/\\s/.test(ch) && !isWordChar(ch);};\n while (start > 0 && check(line.charAt(start - 1))) --start;\n while (end < line.length && check(line.charAt(end))) ++end;\n }\n return new Range(Pos(pos.line, start), Pos(pos.line, end));\n },\n\n toggleOverwrite: function(value) {\n if (value != null && value == this.state.overwrite) return;\n if (this.state.overwrite = !this.state.overwrite)\n addClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n else\n rmClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n\n signal(this, \"overwriteToggle\", this, this.state.overwrite);\n },\n hasFocus: function() { return this.display.input.getField() == activeElt(); },\n isReadOnly: function() { return !!(this.options.readOnly || this.doc.cantEdit); },\n\n scrollTo: methodOp(function(x, y) {\n if (x != null || y != null) resolveScrollToPos(this);\n if (x != null) this.curOp.scrollLeft = x;\n if (y != null) this.curOp.scrollTop = y;\n }),\n getScrollInfo: function() {\n var scroller = this.display.scroller;\n return {left: scroller.scrollLeft, top: scroller.scrollTop,\n height: scroller.scrollHeight - scrollGap(this) - this.display.barHeight,\n width: scroller.scrollWidth - scrollGap(this) - this.display.barWidth,\n clientHeight: displayHeight(this), clientWidth: displayWidth(this)};\n },\n\n scrollIntoView: methodOp(function(range, margin) {\n if (range == null) {\n range = {from: this.doc.sel.primary().head, to: null};\n if (margin == null) margin = this.options.cursorScrollMargin;\n } else if (typeof range == \"number\") {\n range = {from: Pos(range, 0), to: null};\n } else if (range.from == null) {\n range = {from: range, to: null};\n }\n if (!range.to) range.to = range.from;\n range.margin = margin || 0;\n\n if (range.from.line != null) {\n resolveScrollToPos(this);\n this.curOp.scrollToPos = range;\n } else {\n var sPos = calculateScrollPos(this, Math.min(range.from.left, range.to.left),\n Math.min(range.from.top, range.to.top) - range.margin,\n Math.max(range.from.right, range.to.right),\n Math.max(range.from.bottom, range.to.bottom) + range.margin);\n this.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n }\n }),\n\n setSize: methodOp(function(width, height) {\n var cm = this;\n function interpret(val) {\n return typeof val == \"number\" || /^\\d+$/.test(String(val)) ? val + \"px\" : val;\n }\n if (width != null) cm.display.wrapper.style.width = interpret(width);\n if (height != null) cm.display.wrapper.style.height = interpret(height);\n if (cm.options.lineWrapping) clearLineMeasurementCache(this);\n var lineNo = cm.display.viewFrom;\n cm.doc.iter(lineNo, cm.display.viewTo, function(line) {\n if (line.widgets) for (var i = 0; i < line.widgets.length; i++)\n if (line.widgets[i].noHScroll) { regLineChange(cm, lineNo, \"widget\"); break; }\n ++lineNo;\n });\n cm.curOp.forceUpdate = true;\n signal(cm, \"refresh\", this);\n }),\n\n operation: function(f){return runInOp(this, f);},\n\n refresh: methodOp(function() {\n var oldHeight = this.display.cachedTextHeight;\n regChange(this);\n this.curOp.forceUpdate = true;\n clearCaches(this);\n this.scrollTo(this.doc.scrollLeft, this.doc.scrollTop);\n updateGutterSpace(this);\n if (oldHeight == null || Math.abs(oldHeight - textHeight(this.display)) > .5)\n estimateLineHeights(this);\n signal(this, \"refresh\", this);\n }),\n\n swapDoc: methodOp(function(doc) {\n var old = this.doc;\n old.cm = null;\n attachDoc(this, doc);\n clearCaches(this);\n this.display.input.reset();\n this.scrollTo(doc.scrollLeft, doc.scrollTop);\n this.curOp.forceScroll = true;\n signalLater(this, \"swapDoc\", this, old);\n return old;\n }),\n\n getInputField: function(){return this.display.input.getField();},\n getWrapperElement: function(){return this.display.wrapper;},\n getScrollerElement: function(){return this.display.scroller;},\n getGutterElement: function(){return this.display.gutters;}\n };\n eventMixin(CodeMirror);\n\n // OPTION DEFAULTS\n\n // The default configuration options.\n var defaults = CodeMirror.defaults = {};\n // Functions to run when options are changed.\n var optionHandlers = CodeMirror.optionHandlers = {};\n\n function option(name, deflt, handle, notOnInit) {\n CodeMirror.defaults[name] = deflt;\n if (handle) optionHandlers[name] =\n notOnInit ? function(cm, val, old) {if (old != Init) handle(cm, val, old);} : handle;\n }\n\n // Passed to option handlers when there is no old value.\n var Init = CodeMirror.Init = {toString: function(){return \"CodeMirror.Init\";}};\n\n // These two are, on init, called from the constructor because they\n // have to be initialized before the editor can start at all.\n option(\"value\", \"\", function(cm, val) {\n cm.setValue(val);\n }, true);\n option(\"mode\", null, function(cm, val) {\n cm.doc.modeOption = val;\n loadMode(cm);\n }, true);\n\n option(\"indentUnit\", 2, loadMode, true);\n option(\"indentWithTabs\", false);\n option(\"smartIndent\", true);\n option(\"tabSize\", 4, function(cm) {\n resetModeState(cm);\n clearCaches(cm);\n regChange(cm);\n }, true);\n option(\"lineSeparator\", null, function(cm, val) {\n cm.doc.lineSep = val;\n if (!val) return;\n var newBreaks = [], lineNo = cm.doc.first;\n cm.doc.iter(function(line) {\n for (var pos = 0;;) {\n var found = line.text.indexOf(val, pos);\n if (found == -1) break;\n pos = found + val.length;\n newBreaks.push(Pos(lineNo, found));\n }\n lineNo++;\n });\n for (var i = newBreaks.length - 1; i >= 0; i--)\n replaceRange(cm.doc, val, newBreaks[i], Pos(newBreaks[i].line, newBreaks[i].ch + val.length))\n });\n option(\"specialChars\", /[\\t\\u0000-\\u0019\\u00ad\\u200b-\\u200f\\u2028\\u2029\\ufeff]/g, function(cm, val, old) {\n cm.state.specialChars = new RegExp(val.source + (val.test(\"\\t\") ? \"\" : \"|\\t\"), \"g\");\n if (old != CodeMirror.Init) cm.refresh();\n });\n option(\"specialCharPlaceholder\", defaultSpecialCharPlaceholder, function(cm) {cm.refresh();}, true);\n option(\"electricChars\", true);\n option(\"inputStyle\", mobile ? \"contenteditable\" : \"textarea\", function() {\n throw new Error(\"inputStyle can not (yet) be changed in a running editor\"); // FIXME\n }, true);\n option(\"rtlMoveVisually\", !windows);\n option(\"wholeLineUpdateBefore\", true);\n\n option(\"theme\", \"default\", function(cm) {\n themeChanged(cm);\n guttersChanged(cm);\n }, true);\n option(\"keyMap\", \"default\", function(cm, val, old) {\n var next = getKeyMap(val);\n var prev = old != CodeMirror.Init && getKeyMap(old);\n if (prev && prev.detach) prev.detach(cm, next);\n if (next.attach) next.attach(cm, prev || null);\n });\n option(\"extraKeys\", null);\n\n option(\"lineWrapping\", false, wrappingChanged, true);\n option(\"gutters\", [], function(cm) {\n setGuttersForLineNumbers(cm.options);\n guttersChanged(cm);\n }, true);\n option(\"fixedGutter\", true, function(cm, val) {\n cm.display.gutters.style.left = val ? compensateForHScroll(cm.display) + \"px\" : \"0\";\n cm.refresh();\n }, true);\n option(\"coverGutterNextToScrollbar\", false, function(cm) {updateScrollbars(cm);}, true);\n option(\"scrollbarStyle\", \"native\", function(cm) {\n initScrollbars(cm);\n updateScrollbars(cm);\n cm.display.scrollbars.setScrollTop(cm.doc.scrollTop);\n cm.display.scrollbars.setScrollLeft(cm.doc.scrollLeft);\n }, true);\n option(\"lineNumbers\", false, function(cm) {\n setGuttersForLineNumbers(cm.options);\n guttersChanged(cm);\n }, true);\n option(\"firstLineNumber\", 1, guttersChanged, true);\n option(\"lineNumberFormatter\", function(integer) {return integer;}, guttersChanged, true);\n option(\"showCursorWhenSelecting\", false, updateSelection, true);\n\n option(\"resetSelectionOnContextMenu\", true);\n option(\"lineWiseCopyCut\", true);\n\n option(\"readOnly\", false, function(cm, val) {\n if (val == \"nocursor\") {\n onBlur(cm);\n cm.display.input.blur();\n cm.display.disabled = true;\n } else {\n cm.display.disabled = false;\n }\n cm.display.input.readOnlyChanged(val)\n });\n option(\"disableInput\", false, function(cm, val) {if (!val) cm.display.input.reset();}, true);\n option(\"dragDrop\", true, dragDropChanged);\n option(\"allowDropFileTypes\", null);\n\n option(\"cursorBlinkRate\", 530);\n option(\"cursorScrollMargin\", 0);\n option(\"cursorHeight\", 1, updateSelection, true);\n option(\"singleCursorHeightPerLine\", true, updateSelection, true);\n option(\"workTime\", 100);\n option(\"workDelay\", 100);\n option(\"flattenSpans\", true, resetModeState, true);\n option(\"addModeClass\", false, resetModeState, true);\n option(\"pollInterval\", 100);\n option(\"undoDepth\", 200, function(cm, val){cm.doc.history.undoDepth = val;});\n option(\"historyEventDelay\", 1250);\n option(\"viewportMargin\", 10, function(cm){cm.refresh();}, true);\n option(\"maxHighlightLength\", 10000, resetModeState, true);\n option(\"moveInputWithCursor\", true, function(cm, val) {\n if (!val) cm.display.input.resetPosition();\n });\n\n option(\"tabindex\", null, function(cm, val) {\n cm.display.input.getField().tabIndex = val || \"\";\n });\n option(\"autofocus\", null);\n\n // MODE DEFINITION AND QUERYING\n\n // Known modes, by name and by MIME\n var modes = CodeMirror.modes = {}, mimeModes = CodeMirror.mimeModes = {};\n\n // Extra arguments are stored as the mode's dependencies, which is\n // used by (legacy) mechanisms like loadmode.js to automatically\n // load a mode. (Preferred mechanism is the require/define calls.)\n CodeMirror.defineMode = function(name, mode) {\n if (!CodeMirror.defaults.mode && name != \"null\") CodeMirror.defaults.mode = name;\n if (arguments.length > 2)\n mode.dependencies = Array.prototype.slice.call(arguments, 2);\n modes[name] = mode;\n };\n\n CodeMirror.defineMIME = function(mime, spec) {\n mimeModes[mime] = spec;\n };\n\n // Given a MIME type, a {name, ...options} config object, or a name\n // string, return a mode config object.\n CodeMirror.resolveMode = function(spec) {\n if (typeof spec == \"string\" && mimeModes.hasOwnProperty(spec)) {\n spec = mimeModes[spec];\n } else if (spec && typeof spec.name == \"string\" && mimeModes.hasOwnProperty(spec.name)) {\n var found = mimeModes[spec.name];\n if (typeof found == \"string\") found = {name: found};\n spec = createObj(found, spec);\n spec.name = found.name;\n } else if (typeof spec == \"string\" && /^[\\w\\-]+\\/[\\w\\-]+\\+xml$/.test(spec)) {\n return CodeMirror.resolveMode(\"application/xml\");\n }\n if (typeof spec == \"string\") return {name: spec};\n else return spec || {name: \"null\"};\n };\n\n // Given a mode spec (anything that resolveMode accepts), find and\n // initialize an actual mode object.\n CodeMirror.getMode = function(options, spec) {\n var spec = CodeMirror.resolveMode(spec);\n var mfactory = modes[spec.name];\n if (!mfactory) return CodeMirror.getMode(options, \"text/plain\");\n var modeObj = mfactory(options, spec);\n if (modeExtensions.hasOwnProperty(spec.name)) {\n var exts = modeExtensions[spec.name];\n for (var prop in exts) {\n if (!exts.hasOwnProperty(prop)) continue;\n if (modeObj.hasOwnProperty(prop)) modeObj[\"_\" + prop] = modeObj[prop];\n modeObj[prop] = exts[prop];\n }\n }\n modeObj.name = spec.name;\n if (spec.helperType) modeObj.helperType = spec.helperType;\n if (spec.modeProps) for (var prop in spec.modeProps)\n modeObj[prop] = spec.modeProps[prop];\n\n return modeObj;\n };\n\n // Minimal default mode.\n CodeMirror.defineMode(\"null\", function() {\n return {token: function(stream) {stream.skipToEnd();}};\n });\n CodeMirror.defineMIME(\"text/plain\", \"null\");\n\n // This can be used to attach properties to mode objects from\n // outside the actual mode definition.\n var modeExtensions = CodeMirror.modeExtensions = {};\n CodeMirror.extendMode = function(mode, properties) {\n var exts = modeExtensions.hasOwnProperty(mode) ? modeExtensions[mode] : (modeExtensions[mode] = {});\n copyObj(properties, exts);\n };\n\n // EXTENSIONS\n\n CodeMirror.defineExtension = function(name, func) {\n CodeMirror.prototype[name] = func;\n };\n CodeMirror.defineDocExtension = function(name, func) {\n Doc.prototype[name] = func;\n };\n CodeMirror.defineOption = option;\n\n var initHooks = [];\n CodeMirror.defineInitHook = function(f) {initHooks.push(f);};\n\n var helpers = CodeMirror.helpers = {};\n CodeMirror.registerHelper = function(type, name, value) {\n if (!helpers.hasOwnProperty(type)) helpers[type] = CodeMirror[type] = {_global: []};\n helpers[type][name] = value;\n };\n CodeMirror.registerGlobalHelper = function(type, name, predicate, value) {\n CodeMirror.registerHelper(type, name, value);\n helpers[type]._global.push({pred: predicate, val: value});\n };\n\n // MODE STATE HANDLING\n\n // Utility functions for working with state. Exported because nested\n // modes need to do this for their inner modes.\n\n var copyState = CodeMirror.copyState = function(mode, state) {\n if (state === true) return state;\n if (mode.copyState) return mode.copyState(state);\n var nstate = {};\n for (var n in state) {\n var val = state[n];\n if (val instanceof Array) val = val.concat([]);\n nstate[n] = val;\n }\n return nstate;\n };\n\n var startState = CodeMirror.startState = function(mode, a1, a2) {\n return mode.startState ? mode.startState(a1, a2) : true;\n };\n\n // Given a mode and a state (for that mode), find the inner mode and\n // state at the position that the state refers to.\n CodeMirror.innerMode = function(mode, state) {\n while (mode.innerMode) {\n var info = mode.innerMode(state);\n if (!info || info.mode == mode) break;\n state = info.state;\n mode = info.mode;\n }\n return info || {mode: mode, state: state};\n };\n\n // STANDARD COMMANDS\n\n // Commands are parameter-less actions that can be performed on an\n // editor, mostly used for keybindings.\n var commands = CodeMirror.commands = {\n selectAll: function(cm) {cm.setSelection(Pos(cm.firstLine(), 0), Pos(cm.lastLine()), sel_dontScroll);},\n singleSelection: function(cm) {\n cm.setSelection(cm.getCursor(\"anchor\"), cm.getCursor(\"head\"), sel_dontScroll);\n },\n killLine: function(cm) {\n deleteNearSelection(cm, function(range) {\n if (range.empty()) {\n var len = getLine(cm.doc, range.head.line).text.length;\n if (range.head.ch == len && range.head.line < cm.lastLine())\n return {from: range.head, to: Pos(range.head.line + 1, 0)};\n else\n return {from: range.head, to: Pos(range.head.line, len)};\n } else {\n return {from: range.from(), to: range.to()};\n }\n });\n },\n deleteLine: function(cm) {\n deleteNearSelection(cm, function(range) {\n return {from: Pos(range.from().line, 0),\n to: clipPos(cm.doc, Pos(range.to().line + 1, 0))};\n });\n },\n delLineLeft: function(cm) {\n deleteNearSelection(cm, function(range) {\n return {from: Pos(range.from().line, 0), to: range.from()};\n });\n },\n delWrappedLineLeft: function(cm) {\n deleteNearSelection(cm, function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n var leftPos = cm.coordsChar({left: 0, top: top}, \"div\");\n return {from: leftPos, to: range.from()};\n });\n },\n delWrappedLineRight: function(cm) {\n deleteNearSelection(cm, function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n var rightPos = cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n return {from: range.from(), to: rightPos };\n });\n },\n undo: function(cm) {cm.undo();},\n redo: function(cm) {cm.redo();},\n undoSelection: function(cm) {cm.undoSelection();},\n redoSelection: function(cm) {cm.redoSelection();},\n goDocStart: function(cm) {cm.extendSelection(Pos(cm.firstLine(), 0));},\n goDocEnd: function(cm) {cm.extendSelection(Pos(cm.lastLine()));},\n goLineStart: function(cm) {\n cm.extendSelectionsBy(function(range) { return lineStart(cm, range.head.line); },\n {origin: \"+move\", bias: 1});\n },\n goLineStartSmart: function(cm) {\n cm.extendSelectionsBy(function(range) {\n return lineStartSmart(cm, range.head);\n }, {origin: \"+move\", bias: 1});\n },\n goLineEnd: function(cm) {\n cm.extendSelectionsBy(function(range) { return lineEnd(cm, range.head.line); },\n {origin: \"+move\", bias: -1});\n },\n goLineRight: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n return cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n }, sel_move);\n },\n goLineLeft: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n return cm.coordsChar({left: 0, top: top}, \"div\");\n }, sel_move);\n },\n goLineLeftSmart: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n var pos = cm.coordsChar({left: 0, top: top}, \"div\");\n if (pos.ch < cm.getLine(pos.line).search(/\\S/)) return lineStartSmart(cm, range.head);\n return pos;\n }, sel_move);\n },\n goLineUp: function(cm) {cm.moveV(-1, \"line\");},\n goLineDown: function(cm) {cm.moveV(1, \"line\");},\n goPageUp: function(cm) {cm.moveV(-1, \"page\");},\n goPageDown: function(cm) {cm.moveV(1, \"page\");},\n goCharLeft: function(cm) {cm.moveH(-1, \"char\");},\n goCharRight: function(cm) {cm.moveH(1, \"char\");},\n goColumnLeft: function(cm) {cm.moveH(-1, \"column\");},\n goColumnRight: function(cm) {cm.moveH(1, \"column\");},\n goWordLeft: function(cm) {cm.moveH(-1, \"word\");},\n goGroupRight: function(cm) {cm.moveH(1, \"group\");},\n goGroupLeft: function(cm) {cm.moveH(-1, \"group\");},\n goWordRight: function(cm) {cm.moveH(1, \"word\");},\n delCharBefore: function(cm) {cm.deleteH(-1, \"char\");},\n delCharAfter: function(cm) {cm.deleteH(1, \"char\");},\n delWordBefore: function(cm) {cm.deleteH(-1, \"word\");},\n delWordAfter: function(cm) {cm.deleteH(1, \"word\");},\n delGroupBefore: function(cm) {cm.deleteH(-1, \"group\");},\n delGroupAfter: function(cm) {cm.deleteH(1, \"group\");},\n indentAuto: function(cm) {cm.indentSelection(\"smart\");},\n indentMore: function(cm) {cm.indentSelection(\"add\");},\n indentLess: function(cm) {cm.indentSelection(\"subtract\");},\n insertTab: function(cm) {cm.replaceSelection(\"\\t\");},\n insertSoftTab: function(cm) {\n var spaces = [], ranges = cm.listSelections(), tabSize = cm.options.tabSize;\n for (var i = 0; i < ranges.length; i++) {\n var pos = ranges[i].from();\n var col = countColumn(cm.getLine(pos.line), pos.ch, tabSize);\n spaces.push(new Array(tabSize - col % tabSize + 1).join(\" \"));\n }\n cm.replaceSelections(spaces);\n },\n defaultTab: function(cm) {\n if (cm.somethingSelected()) cm.indentSelection(\"add\");\n else cm.execCommand(\"insertTab\");\n },\n transposeChars: function(cm) {\n runInOp(cm, function() {\n var ranges = cm.listSelections(), newSel = [];\n for (var i = 0; i < ranges.length; i++) {\n var cur = ranges[i].head, line = getLine(cm.doc, cur.line).text;\n if (line) {\n if (cur.ch == line.length) cur = new Pos(cur.line, cur.ch - 1);\n if (cur.ch > 0) {\n cur = new Pos(cur.line, cur.ch + 1);\n cm.replaceRange(line.charAt(cur.ch - 1) + line.charAt(cur.ch - 2),\n Pos(cur.line, cur.ch - 2), cur, \"+transpose\");\n } else if (cur.line > cm.doc.first) {\n var prev = getLine(cm.doc, cur.line - 1).text;\n if (prev)\n cm.replaceRange(line.charAt(0) + cm.doc.lineSeparator() +\n prev.charAt(prev.length - 1),\n Pos(cur.line - 1, prev.length - 1), Pos(cur.line, 1), \"+transpose\");\n }\n }\n newSel.push(new Range(cur, cur));\n }\n cm.setSelections(newSel);\n });\n },\n newlineAndIndent: function(cm) {\n runInOp(cm, function() {\n var len = cm.listSelections().length;\n for (var i = 0; i < len; i++) {\n var range = cm.listSelections()[i];\n cm.replaceRange(cm.doc.lineSeparator(), range.anchor, range.head, \"+input\");\n cm.indentLine(range.from().line + 1, null, true);\n }\n ensureCursorVisible(cm);\n });\n },\n toggleOverwrite: function(cm) {cm.toggleOverwrite();}\n };\n\n\n // STANDARD KEYMAPS\n\n var keyMap = CodeMirror.keyMap = {};\n\n keyMap.basic = {\n \"Left\": \"goCharLeft\", \"Right\": \"goCharRight\", \"Up\": \"goLineUp\", \"Down\": \"goLineDown\",\n \"End\": \"goLineEnd\", \"Home\": \"goLineStartSmart\", \"PageUp\": \"goPageUp\", \"PageDown\": \"goPageDown\",\n \"Delete\": \"delCharAfter\", \"Backspace\": \"delCharBefore\", \"Shift-Backspace\": \"delCharBefore\",\n \"Tab\": \"defaultTab\", \"Shift-Tab\": \"indentAuto\",\n \"Enter\": \"newlineAndIndent\", \"Insert\": \"toggleOverwrite\",\n \"Esc\": \"singleSelection\"\n };\n // Note that the save and find-related commands aren't defined by\n // default. User code or addons can define them. Unknown commands\n // are simply ignored.\n keyMap.pcDefault = {\n \"Ctrl-A\": \"selectAll\", \"Ctrl-D\": \"deleteLine\", \"Ctrl-Z\": \"undo\", \"Shift-Ctrl-Z\": \"redo\", \"Ctrl-Y\": \"redo\",\n \"Ctrl-Home\": \"goDocStart\", \"Ctrl-End\": \"goDocEnd\", \"Ctrl-Up\": \"goLineUp\", \"Ctrl-Down\": \"goLineDown\",\n \"Ctrl-Left\": \"goGroupLeft\", \"Ctrl-Right\": \"goGroupRight\", \"Alt-Left\": \"goLineStart\", \"Alt-Right\": \"goLineEnd\",\n \"Ctrl-Backspace\": \"delGroupBefore\", \"Ctrl-Delete\": \"delGroupAfter\", \"Ctrl-S\": \"save\", \"Ctrl-F\": \"find\",\n \"Ctrl-G\": \"findNext\", \"Shift-Ctrl-G\": \"findPrev\", \"Shift-Ctrl-F\": \"replace\", \"Shift-Ctrl-R\": \"replaceAll\",\n \"Ctrl-[\": \"indentLess\", \"Ctrl-]\": \"indentMore\",\n \"Ctrl-U\": \"undoSelection\", \"Shift-Ctrl-U\": \"redoSelection\", \"Alt-U\": \"redoSelection\",\n fallthrough: \"basic\"\n };\n // Very basic readline/emacs-style bindings, which are standard on Mac.\n keyMap.emacsy = {\n \"Ctrl-F\": \"goCharRight\", \"Ctrl-B\": \"goCharLeft\", \"Ctrl-P\": \"goLineUp\", \"Ctrl-N\": \"goLineDown\",\n \"Alt-F\": \"goWordRight\", \"Alt-B\": \"goWordLeft\", \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n \"Ctrl-V\": \"goPageDown\", \"Shift-Ctrl-V\": \"goPageUp\", \"Ctrl-D\": \"delCharAfter\", \"Ctrl-H\": \"delCharBefore\",\n \"Alt-D\": \"delWordAfter\", \"Alt-Backspace\": \"delWordBefore\", \"Ctrl-K\": \"killLine\", \"Ctrl-T\": \"transposeChars\"\n };\n keyMap.macDefault = {\n \"Cmd-A\": \"selectAll\", \"Cmd-D\": \"deleteLine\", \"Cmd-Z\": \"undo\", \"Shift-Cmd-Z\": \"redo\", \"Cmd-Y\": \"redo\",\n \"Cmd-Home\": \"goDocStart\", \"Cmd-Up\": \"goDocStart\", \"Cmd-End\": \"goDocEnd\", \"Cmd-Down\": \"goDocEnd\", \"Alt-Left\": \"goGroupLeft\",\n \"Alt-Right\": \"goGroupRight\", \"Cmd-Left\": \"goLineLeft\", \"Cmd-Right\": \"goLineRight\", \"Alt-Backspace\": \"delGroupBefore\",\n \"Ctrl-Alt-Backspace\": \"delGroupAfter\", \"Alt-Delete\": \"delGroupAfter\", \"Cmd-S\": \"save\", \"Cmd-F\": \"find\",\n \"Cmd-G\": \"findNext\", \"Shift-Cmd-G\": \"findPrev\", \"Cmd-Alt-F\": \"replace\", \"Shift-Cmd-Alt-F\": \"replaceAll\",\n \"Cmd-[\": \"indentLess\", \"Cmd-]\": \"indentMore\", \"Cmd-Backspace\": \"delWrappedLineLeft\", \"Cmd-Delete\": \"delWrappedLineRight\",\n \"Cmd-U\": \"undoSelection\", \"Shift-Cmd-U\": \"redoSelection\", \"Ctrl-Up\": \"goDocStart\", \"Ctrl-Down\": \"goDocEnd\",\n fallthrough: [\"basic\", \"emacsy\"]\n };\n keyMap[\"default\"] = mac ? keyMap.macDefault : keyMap.pcDefault;\n\n // KEYMAP DISPATCH\n\n function normalizeKeyName(name) {\n var parts = name.split(/-(?!$)/), name = parts[parts.length - 1];\n var alt, ctrl, shift, cmd;\n for (var i = 0; i < parts.length - 1; i++) {\n var mod = parts[i];\n if (/^(cmd|meta|m)$/i.test(mod)) cmd = true;\n else if (/^a(lt)?$/i.test(mod)) alt = true;\n else if (/^(c|ctrl|control)$/i.test(mod)) ctrl = true;\n else if (/^s(hift)$/i.test(mod)) shift = true;\n else throw new Error(\"Unrecognized modifier name: \" + mod);\n }\n if (alt) name = \"Alt-\" + name;\n if (ctrl) name = \"Ctrl-\" + name;\n if (cmd) name = \"Cmd-\" + name;\n if (shift) name = \"Shift-\" + name;\n return name;\n }\n\n // This is a kludge to keep keymaps mostly working as raw objects\n // (backwards compatibility) while at the same time support features\n // like normalization and multi-stroke key bindings. It compiles a\n // new normalized keymap, and then updates the old object to reflect\n // this.\n CodeMirror.normalizeKeyMap = function(keymap) {\n var copy = {};\n for (var keyname in keymap) if (keymap.hasOwnProperty(keyname)) {\n var value = keymap[keyname];\n if (/^(name|fallthrough|(de|at)tach)$/.test(keyname)) continue;\n if (value == \"...\") { delete keymap[keyname]; continue; }\n\n var keys = map(keyname.split(\" \"), normalizeKeyName);\n for (var i = 0; i < keys.length; i++) {\n var val, name;\n if (i == keys.length - 1) {\n name = keys.join(\" \");\n val = value;\n } else {\n name = keys.slice(0, i + 1).join(\" \");\n val = \"...\";\n }\n var prev = copy[name];\n if (!prev) copy[name] = val;\n else if (prev != val) throw new Error(\"Inconsistent bindings for \" + name);\n }\n delete keymap[keyname];\n }\n for (var prop in copy) keymap[prop] = copy[prop];\n return keymap;\n };\n\n var lookupKey = CodeMirror.lookupKey = function(key, map, handle, context) {\n map = getKeyMap(map);\n var found = map.call ? map.call(key, context) : map[key];\n if (found === false) return \"nothing\";\n if (found === \"...\") return \"multi\";\n if (found != null && handle(found)) return \"handled\";\n\n if (map.fallthrough) {\n if (Object.prototype.toString.call(map.fallthrough) != \"[object Array]\")\n return lookupKey(key, map.fallthrough, handle, context);\n for (var i = 0; i < map.fallthrough.length; i++) {\n var result = lookupKey(key, map.fallthrough[i], handle, context);\n if (result) return result;\n }\n }\n };\n\n // Modifier key presses don't count as 'real' key presses for the\n // purpose of keymap fallthrough.\n var isModifierKey = CodeMirror.isModifierKey = function(value) {\n var name = typeof value == \"string\" ? value : keyNames[value.keyCode];\n return name == \"Ctrl\" || name == \"Alt\" || name == \"Shift\" || name == \"Mod\";\n };\n\n // Look up the name of a key as indicated by an event object.\n var keyName = CodeMirror.keyName = function(event, noShift) {\n if (presto && event.keyCode == 34 && event[\"char\"]) return false;\n var base = keyNames[event.keyCode], name = base;\n if (name == null || event.altGraphKey) return false;\n if (event.altKey && base != \"Alt\") name = \"Alt-\" + name;\n if ((flipCtrlCmd ? event.metaKey : event.ctrlKey) && base != \"Ctrl\") name = \"Ctrl-\" + name;\n if ((flipCtrlCmd ? event.ctrlKey : event.metaKey) && base != \"Cmd\") name = \"Cmd-\" + name;\n if (!noShift && event.shiftKey && base != \"Shift\") name = \"Shift-\" + name;\n return name;\n };\n\n function getKeyMap(val) {\n return typeof val == \"string\" ? keyMap[val] : val;\n }\n\n // FROMTEXTAREA\n\n CodeMirror.fromTextArea = function(textarea, options) {\n options = options ? copyObj(options) : {};\n options.value = textarea.value;\n if (!options.tabindex && textarea.tabIndex)\n options.tabindex = textarea.tabIndex;\n if (!options.placeholder && textarea.placeholder)\n options.placeholder = textarea.placeholder;\n // Set autofocus to true if this textarea is focused, or if it has\n // autofocus and no other element is focused.\n if (options.autofocus == null) {\n var hasFocus = activeElt();\n options.autofocus = hasFocus == textarea ||\n textarea.getAttribute(\"autofocus\") != null && hasFocus == document.body;\n }\n\n function save() {textarea.value = cm.getValue();}\n if (textarea.form) {\n on(textarea.form, \"submit\", save);\n // Deplorable hack to make the submit method do the right thing.\n if (!options.leaveSubmitMethodAlone) {\n var form = textarea.form, realSubmit = form.submit;\n try {\n var wrappedSubmit = form.submit = function() {\n save();\n form.submit = realSubmit;\n form.submit();\n form.submit = wrappedSubmit;\n };\n } catch(e) {}\n }\n }\n\n options.finishInit = function(cm) {\n cm.save = save;\n cm.getTextArea = function() { return textarea; };\n cm.toTextArea = function() {\n cm.toTextArea = isNaN; // Prevent this from being ran twice\n save();\n textarea.parentNode.removeChild(cm.getWrapperElement());\n textarea.style.display = \"\";\n if (textarea.form) {\n off(textarea.form, \"submit\", save);\n if (typeof textarea.form.submit == \"function\")\n textarea.form.submit = realSubmit;\n }\n };\n };\n\n textarea.style.display = \"none\";\n var cm = CodeMirror(function(node) {\n textarea.parentNode.insertBefore(node, textarea.nextSibling);\n }, options);\n return cm;\n };\n\n // STRING STREAM\n\n // Fed to the mode parsers, provides helper functions to make\n // parsers more succinct.\n\n var StringStream = CodeMirror.StringStream = function(string, tabSize) {\n this.pos = this.start = 0;\n this.string = string;\n this.tabSize = tabSize || 8;\n this.lastColumnPos = this.lastColumnValue = 0;\n this.lineStart = 0;\n };\n\n StringStream.prototype = {\n eol: function() {return this.pos >= this.string.length;},\n sol: function() {return this.pos == this.lineStart;},\n peek: function() {return this.string.charAt(this.pos) || undefined;},\n next: function() {\n if (this.pos < this.string.length)\n return this.string.charAt(this.pos++);\n },\n eat: function(match) {\n var ch = this.string.charAt(this.pos);\n if (typeof match == \"string\") var ok = ch == match;\n else var ok = ch && (match.test ? match.test(ch) : match(ch));\n if (ok) {++this.pos; return ch;}\n },\n eatWhile: function(match) {\n var start = this.pos;\n while (this.eat(match)){}\n return this.pos > start;\n },\n eatSpace: function() {\n var start = this.pos;\n while (/[\\s\\u00a0]/.test(this.string.charAt(this.pos))) ++this.pos;\n return this.pos > start;\n },\n skipToEnd: function() {this.pos = this.string.length;},\n skipTo: function(ch) {\n var found = this.string.indexOf(ch, this.pos);\n if (found > -1) {this.pos = found; return true;}\n },\n backUp: function(n) {this.pos -= n;},\n column: function() {\n if (this.lastColumnPos < this.start) {\n this.lastColumnValue = countColumn(this.string, this.start, this.tabSize, this.lastColumnPos, this.lastColumnValue);\n this.lastColumnPos = this.start;\n }\n return this.lastColumnValue - (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n },\n indentation: function() {\n return countColumn(this.string, null, this.tabSize) -\n (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n },\n match: function(pattern, consume, caseInsensitive) {\n if (typeof pattern == \"string\") {\n var cased = function(str) {return caseInsensitive ? str.toLowerCase() : str;};\n var substr = this.string.substr(this.pos, pattern.length);\n if (cased(substr) == cased(pattern)) {\n if (consume !== false) this.pos += pattern.length;\n return true;\n }\n } else {\n var match = this.string.slice(this.pos).match(pattern);\n if (match && match.index > 0) return null;\n if (match && consume !== false) this.pos += match[0].length;\n return match;\n }\n },\n current: function(){return this.string.slice(this.start, this.pos);},\n hideFirstChars: function(n, inner) {\n this.lineStart += n;\n try { return inner(); }\n finally { this.lineStart -= n; }\n }\n };\n\n // TEXTMARKERS\n\n // Created with markText and setBookmark methods. A TextMarker is a\n // handle that can be used to clear or find a marked position in the\n // document. Line objects hold arrays (markedSpans) containing\n // {from, to, marker} object pointing to such marker objects, and\n // indicating that such a marker is present on that line. Multiple\n // lines may point to the same marker when it spans across lines.\n // The spans will have null for their from/to properties when the\n // marker continues beyond the start/end of the line. Markers have\n // links back to the lines they currently touch.\n\n var nextMarkerId = 0;\n\n var TextMarker = CodeMirror.TextMarker = function(doc, type) {\n this.lines = [];\n this.type = type;\n this.doc = doc;\n this.id = ++nextMarkerId;\n };\n eventMixin(TextMarker);\n\n // Clear the marker.\n TextMarker.prototype.clear = function() {\n if (this.explicitlyCleared) return;\n var cm = this.doc.cm, withOp = cm && !cm.curOp;\n if (withOp) startOperation(cm);\n if (hasHandler(this, \"clear\")) {\n var found = this.find();\n if (found) signalLater(this, \"clear\", found.from, found.to);\n }\n var min = null, max = null;\n for (var i = 0; i < this.lines.length; ++i) {\n var line = this.lines[i];\n var span = getMarkedSpanFor(line.markedSpans, this);\n if (cm && !this.collapsed) regLineChange(cm, lineNo(line), \"text\");\n else if (cm) {\n if (span.to != null) max = lineNo(line);\n if (span.from != null) min = lineNo(line);\n }\n line.markedSpans = removeMarkedSpan(line.markedSpans, span);\n if (span.from == null && this.collapsed && !lineIsHidden(this.doc, line) && cm)\n updateLineHeight(line, textHeight(cm.display));\n }\n if (cm && this.collapsed && !cm.options.lineWrapping) for (var i = 0; i < this.lines.length; ++i) {\n var visual = visualLine(this.lines[i]), len = lineLength(visual);\n if (len > cm.display.maxLineLength) {\n cm.display.maxLine = visual;\n cm.display.maxLineLength = len;\n cm.display.maxLineChanged = true;\n }\n }\n\n if (min != null && cm && this.collapsed) regChange(cm, min, max + 1);\n this.lines.length = 0;\n this.explicitlyCleared = true;\n if (this.atomic && this.doc.cantEdit) {\n this.doc.cantEdit = false;\n if (cm) reCheckSelection(cm.doc);\n }\n if (cm) signalLater(cm, \"markerCleared\", cm, this);\n if (withOp) endOperation(cm);\n if (this.parent) this.parent.clear();\n };\n\n // Find the position of the marker in the document. Returns a {from,\n // to} object by default. Side can be passed to get a specific side\n // -- 0 (both), -1 (left), or 1 (right). When lineObj is true, the\n // Pos objects returned contain a line object, rather than a line\n // number (used to prevent looking up the same line twice).\n TextMarker.prototype.find = function(side, lineObj) {\n if (side == null && this.type == \"bookmark\") side = 1;\n var from, to;\n for (var i = 0; i < this.lines.length; ++i) {\n var line = this.lines[i];\n var span = getMarkedSpanFor(line.markedSpans, this);\n if (span.from != null) {\n from = Pos(lineObj ? line : lineNo(line), span.from);\n if (side == -1) return from;\n }\n if (span.to != null) {\n to = Pos(lineObj ? line : lineNo(line), span.to);\n if (side == 1) return to;\n }\n }\n return from && {from: from, to: to};\n };\n\n // Signals that the marker's widget changed, and surrounding layout\n // should be recomputed.\n TextMarker.prototype.changed = function() {\n var pos = this.find(-1, true), widget = this, cm = this.doc.cm;\n if (!pos || !cm) return;\n runInOp(cm, function() {\n var line = pos.line, lineN = lineNo(pos.line);\n var view = findViewForLine(cm, lineN);\n if (view) {\n clearLineMeasurementCacheFor(view);\n cm.curOp.selectionChanged = cm.curOp.forceUpdate = true;\n }\n cm.curOp.updateMaxLine = true;\n if (!lineIsHidden(widget.doc, line) && widget.height != null) {\n var oldHeight = widget.height;\n widget.height = null;\n var dHeight = widgetHeight(widget) - oldHeight;\n if (dHeight)\n updateLineHeight(line, line.height + dHeight);\n }\n });\n };\n\n TextMarker.prototype.attachLine = function(line) {\n if (!this.lines.length && this.doc.cm) {\n var op = this.doc.cm.curOp;\n if (!op.maybeHiddenMarkers || indexOf(op.maybeHiddenMarkers, this) == -1)\n (op.maybeUnhiddenMarkers || (op.maybeUnhiddenMarkers = [])).push(this);\n }\n this.lines.push(line);\n };\n TextMarker.prototype.detachLine = function(line) {\n this.lines.splice(indexOf(this.lines, line), 1);\n if (!this.lines.length && this.doc.cm) {\n var op = this.doc.cm.curOp;\n (op.maybeHiddenMarkers || (op.maybeHiddenMarkers = [])).push(this);\n }\n };\n\n // Collapsed markers have unique ids, in order to be able to order\n // them, which is needed for uniquely determining an outer marker\n // when they overlap (they may nest, but not partially overlap).\n var nextMarkerId = 0;\n\n // Create a marker, wire it up to the right lines, and\n function markText(doc, from, to, options, type) {\n // Shared markers (across linked documents) are handled separately\n // (markTextShared will call out to this again, once per\n // document).\n if (options && options.shared) return markTextShared(doc, from, to, options, type);\n // Ensure we are in an operation.\n if (doc.cm && !doc.cm.curOp) return operation(doc.cm, markText)(doc, from, to, options, type);\n\n var marker = new TextMarker(doc, type), diff = cmp(from, to);\n if (options) copyObj(options, marker, false);\n // Don't connect empty markers unless clearWhenEmpty is false\n if (diff > 0 || diff == 0 && marker.clearWhenEmpty !== false)\n return marker;\n if (marker.replacedWith) {\n // Showing up as a widget implies collapsed (widget replaces text)\n marker.collapsed = true;\n marker.widgetNode = elt(\"span\", [marker.replacedWith], \"CodeMirror-widget\");\n if (!options.handleMouseEvents) marker.widgetNode.setAttribute(\"cm-ignore-events\", \"true\");\n if (options.insertLeft) marker.widgetNode.insertLeft = true;\n }\n if (marker.collapsed) {\n if (conflictingCollapsedRange(doc, from.line, from, to, marker) ||\n from.line != to.line && conflictingCollapsedRange(doc, to.line, from, to, marker))\n throw new Error(\"Inserting collapsed marker partially overlapping an existing one\");\n sawCollapsedSpans = true;\n }\n\n if (marker.addToHistory)\n addChangeToHistory(doc, {from: from, to: to, origin: \"markText\"}, doc.sel, NaN);\n\n var curLine = from.line, cm = doc.cm, updateMaxLine;\n doc.iter(curLine, to.line + 1, function(line) {\n if (cm && marker.collapsed && !cm.options.lineWrapping && visualLine(line) == cm.display.maxLine)\n updateMaxLine = true;\n if (marker.collapsed && curLine != from.line) updateLineHeight(line, 0);\n addMarkedSpan(line, new MarkedSpan(marker,\n curLine == from.line ? from.ch : null,\n curLine == to.line ? to.ch : null));\n ++curLine;\n });\n // lineIsHidden depends on the presence of the spans, so needs a second pass\n if (marker.collapsed) doc.iter(from.line, to.line + 1, function(line) {\n if (lineIsHidden(doc, line)) updateLineHeight(line, 0);\n });\n\n if (marker.clearOnEnter) on(marker, \"beforeCursorEnter\", function() { marker.clear(); });\n\n if (marker.readOnly) {\n sawReadOnlySpans = true;\n if (doc.history.done.length || doc.history.undone.length)\n doc.clearHistory();\n }\n if (marker.collapsed) {\n marker.id = ++nextMarkerId;\n marker.atomic = true;\n }\n if (cm) {\n // Sync editor state\n if (updateMaxLine) cm.curOp.updateMaxLine = true;\n if (marker.collapsed)\n regChange(cm, from.line, to.line + 1);\n else if (marker.className || marker.title || marker.startStyle || marker.endStyle || marker.css)\n for (var i = from.line; i <= to.line; i++) regLineChange(cm, i, \"text\");\n if (marker.atomic) reCheckSelection(cm.doc);\n signalLater(cm, \"markerAdded\", cm, marker);\n }\n return marker;\n }\n\n // SHARED TEXTMARKERS\n\n // A shared marker spans multiple linked documents. It is\n // implemented as a meta-marker-object controlling multiple normal\n // markers.\n var SharedTextMarker = CodeMirror.SharedTextMarker = function(markers, primary) {\n this.markers = markers;\n this.primary = primary;\n for (var i = 0; i < markers.length; ++i)\n markers[i].parent = this;\n };\n eventMixin(SharedTextMarker);\n\n SharedTextMarker.prototype.clear = function() {\n if (this.explicitlyCleared) return;\n this.explicitlyCleared = true;\n for (var i = 0; i < this.markers.length; ++i)\n this.markers[i].clear();\n signalLater(this, \"clear\");\n };\n SharedTextMarker.prototype.find = function(side, lineObj) {\n return this.primary.find(side, lineObj);\n };\n\n function markTextShared(doc, from, to, options, type) {\n options = copyObj(options);\n options.shared = false;\n var markers = [markText(doc, from, to, options, type)], primary = markers[0];\n var widget = options.widgetNode;\n linkedDocs(doc, function(doc) {\n if (widget) options.widgetNode = widget.cloneNode(true);\n markers.push(markText(doc, clipPos(doc, from), clipPos(doc, to), options, type));\n for (var i = 0; i < doc.linked.length; ++i)\n if (doc.linked[i].isParent) return;\n primary = lst(markers);\n });\n return new SharedTextMarker(markers, primary);\n }\n\n function findSharedMarkers(doc) {\n return doc.findMarks(Pos(doc.first, 0), doc.clipPos(Pos(doc.lastLine())),\n function(m) { return m.parent; });\n }\n\n function copySharedMarkers(doc, markers) {\n for (var i = 0; i < markers.length; i++) {\n var marker = markers[i], pos = marker.find();\n var mFrom = doc.clipPos(pos.from), mTo = doc.clipPos(pos.to);\n if (cmp(mFrom, mTo)) {\n var subMark = markText(doc, mFrom, mTo, marker.primary, marker.primary.type);\n marker.markers.push(subMark);\n subMark.parent = marker;\n }\n }\n }\n\n function detachSharedMarkers(markers) {\n for (var i = 0; i < markers.length; i++) {\n var marker = markers[i], linked = [marker.primary.doc];;\n linkedDocs(marker.primary.doc, function(d) { linked.push(d); });\n for (var j = 0; j < marker.markers.length; j++) {\n var subMarker = marker.markers[j];\n if (indexOf(linked, subMarker.doc) == -1) {\n subMarker.parent = null;\n marker.markers.splice(j--, 1);\n }\n }\n }\n }\n\n // TEXTMARKER SPANS\n\n function MarkedSpan(marker, from, to) {\n this.marker = marker;\n this.from = from; this.to = to;\n }\n\n // Search an array of spans for a span matching the given marker.\n function getMarkedSpanFor(spans, marker) {\n if (spans) for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if (span.marker == marker) return span;\n }\n }\n // Remove a span from an array, returning undefined if no spans are\n // left (we don't store arrays for lines without spans).\n function removeMarkedSpan(spans, span) {\n for (var r, i = 0; i < spans.length; ++i)\n if (spans[i] != span) (r || (r = [])).push(spans[i]);\n return r;\n }\n // Add a span to a line.\n function addMarkedSpan(line, span) {\n line.markedSpans = line.markedSpans ? line.markedSpans.concat([span]) : [span];\n span.marker.attachLine(line);\n }\n\n // Used for the algorithm that adjusts markers for a change in the\n // document. These functions cut an array of spans at a given\n // character position, returning an array of remaining chunks (or\n // undefined if nothing remains).\n function markedSpansBefore(old, startCh, isInsert) {\n if (old) for (var i = 0, nw; i < old.length; ++i) {\n var span = old[i], marker = span.marker;\n var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= startCh : span.from < startCh);\n if (startsBefore || span.from == startCh && marker.type == \"bookmark\" && (!isInsert || !span.marker.insertLeft)) {\n var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= startCh : span.to > startCh);\n (nw || (nw = [])).push(new MarkedSpan(marker, span.from, endsAfter ? null : span.to));\n }\n }\n return nw;\n }\n function markedSpansAfter(old, endCh, isInsert) {\n if (old) for (var i = 0, nw; i < old.length; ++i) {\n var span = old[i], marker = span.marker;\n var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= endCh : span.to > endCh);\n if (endsAfter || span.from == endCh && marker.type == \"bookmark\" && (!isInsert || span.marker.insertLeft)) {\n var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= endCh : span.from < endCh);\n (nw || (nw = [])).push(new MarkedSpan(marker, startsBefore ? null : span.from - endCh,\n span.to == null ? null : span.to - endCh));\n }\n }\n return nw;\n }\n\n // Given a change object, compute the new set of marker spans that\n // cover the line in which the change took place. Removes spans\n // entirely within the change, reconnects spans belonging to the\n // same marker that appear on both sides of the change, and cuts off\n // spans partially within the change. Returns an array of span\n // arrays with one element for each line in (after) the change.\n function stretchSpansOverChange(doc, change) {\n if (change.full) return null;\n var oldFirst = isLine(doc, change.from.line) && getLine(doc, change.from.line).markedSpans;\n var oldLast = isLine(doc, change.to.line) && getLine(doc, change.to.line).markedSpans;\n if (!oldFirst && !oldLast) return null;\n\n var startCh = change.from.ch, endCh = change.to.ch, isInsert = cmp(change.from, change.to) == 0;\n // Get the spans that 'stick out' on both sides\n var first = markedSpansBefore(oldFirst, startCh, isInsert);\n var last = markedSpansAfter(oldLast, endCh, isInsert);\n\n // Next, merge those two ends\n var sameLine = change.text.length == 1, offset = lst(change.text).length + (sameLine ? startCh : 0);\n if (first) {\n // Fix up .to properties of first\n for (var i = 0; i < first.length; ++i) {\n var span = first[i];\n if (span.to == null) {\n var found = getMarkedSpanFor(last, span.marker);\n if (!found) span.to = startCh;\n else if (sameLine) span.to = found.to == null ? null : found.to + offset;\n }\n }\n }\n if (last) {\n // Fix up .from in last (or move them into first in case of sameLine)\n for (var i = 0; i < last.length; ++i) {\n var span = last[i];\n if (span.to != null) span.to += offset;\n if (span.from == null) {\n var found = getMarkedSpanFor(first, span.marker);\n if (!found) {\n span.from = offset;\n if (sameLine) (first || (first = [])).push(span);\n }\n } else {\n span.from += offset;\n if (sameLine) (first || (first = [])).push(span);\n }\n }\n }\n // Make sure we didn't create any zero-length spans\n if (first) first = clearEmptySpans(first);\n if (last && last != first) last = clearEmptySpans(last);\n\n var newMarkers = [first];\n if (!sameLine) {\n // Fill gap with whole-line-spans\n var gap = change.text.length - 2, gapMarkers;\n if (gap > 0 && first)\n for (var i = 0; i < first.length; ++i)\n if (first[i].to == null)\n (gapMarkers || (gapMarkers = [])).push(new MarkedSpan(first[i].marker, null, null));\n for (var i = 0; i < gap; ++i)\n newMarkers.push(gapMarkers);\n newMarkers.push(last);\n }\n return newMarkers;\n }\n\n // Remove spans that are empty and don't have a clearWhenEmpty\n // option of false.\n function clearEmptySpans(spans) {\n for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if (span.from != null && span.from == span.to && span.marker.clearWhenEmpty !== false)\n spans.splice(i--, 1);\n }\n if (!spans.length) return null;\n return spans;\n }\n\n // Used for un/re-doing changes from the history. Combines the\n // result of computing the existing spans with the set of spans that\n // existed in the history (so that deleting around a span and then\n // undoing brings back the span).\n function mergeOldSpans(doc, change) {\n var old = getOldSpans(doc, change);\n var stretched = stretchSpansOverChange(doc, change);\n if (!old) return stretched;\n if (!stretched) return old;\n\n for (var i = 0; i < old.length; ++i) {\n var oldCur = old[i], stretchCur = stretched[i];\n if (oldCur && stretchCur) {\n spans: for (var j = 0; j < stretchCur.length; ++j) {\n var span = stretchCur[j];\n for (var k = 0; k < oldCur.length; ++k)\n if (oldCur[k].marker == span.marker) continue spans;\n oldCur.push(span);\n }\n } else if (stretchCur) {\n old[i] = stretchCur;\n }\n }\n return old;\n }\n\n // Used to 'clip' out readOnly ranges when making a change.\n function removeReadOnlyRanges(doc, from, to) {\n var markers = null;\n doc.iter(from.line, to.line + 1, function(line) {\n if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n var mark = line.markedSpans[i].marker;\n if (mark.readOnly && (!markers || indexOf(markers, mark) == -1))\n (markers || (markers = [])).push(mark);\n }\n });\n if (!markers) return null;\n var parts = [{from: from, to: to}];\n for (var i = 0; i < markers.length; ++i) {\n var mk = markers[i], m = mk.find(0);\n for (var j = 0; j < parts.length; ++j) {\n var p = parts[j];\n if (cmp(p.to, m.from) < 0 || cmp(p.from, m.to) > 0) continue;\n var newParts = [j, 1], dfrom = cmp(p.from, m.from), dto = cmp(p.to, m.to);\n if (dfrom < 0 || !mk.inclusiveLeft && !dfrom)\n newParts.push({from: p.from, to: m.from});\n if (dto > 0 || !mk.inclusiveRight && !dto)\n newParts.push({from: m.to, to: p.to});\n parts.splice.apply(parts, newParts);\n j += newParts.length - 1;\n }\n }\n return parts;\n }\n\n // Connect or disconnect spans from a line.\n function detachMarkedSpans(line) {\n var spans = line.markedSpans;\n if (!spans) return;\n for (var i = 0; i < spans.length; ++i)\n spans[i].marker.detachLine(line);\n line.markedSpans = null;\n }\n function attachMarkedSpans(line, spans) {\n if (!spans) return;\n for (var i = 0; i < spans.length; ++i)\n spans[i].marker.attachLine(line);\n line.markedSpans = spans;\n }\n\n // Helpers used when computing which overlapping collapsed span\n // counts as the larger one.\n function extraLeft(marker) { return marker.inclusiveLeft ? -1 : 0; }\n function extraRight(marker) { return marker.inclusiveRight ? 1 : 0; }\n\n // Returns a number indicating which of two overlapping collapsed\n // spans is larger (and thus includes the other). Falls back to\n // comparing ids when the spans cover exactly the same range.\n function compareCollapsedMarkers(a, b) {\n var lenDiff = a.lines.length - b.lines.length;\n if (lenDiff != 0) return lenDiff;\n var aPos = a.find(), bPos = b.find();\n var fromCmp = cmp(aPos.from, bPos.from) || extraLeft(a) - extraLeft(b);\n if (fromCmp) return -fromCmp;\n var toCmp = cmp(aPos.to, bPos.to) || extraRight(a) - extraRight(b);\n if (toCmp) return toCmp;\n return b.id - a.id;\n }\n\n // Find out whether a line ends or starts in a collapsed span. If\n // so, return the marker for that span.\n function collapsedSpanAtSide(line, start) {\n var sps = sawCollapsedSpans && line.markedSpans, found;\n if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n sp = sps[i];\n if (sp.marker.collapsed && (start ? sp.from : sp.to) == null &&\n (!found || compareCollapsedMarkers(found, sp.marker) < 0))\n found = sp.marker;\n }\n return found;\n }\n function collapsedSpanAtStart(line) { return collapsedSpanAtSide(line, true); }\n function collapsedSpanAtEnd(line) { return collapsedSpanAtSide(line, false); }\n\n // Test whether there exists a collapsed span that partially\n // overlaps (covers the start or end, but not both) of a new span.\n // Such overlap is not allowed.\n function conflictingCollapsedRange(doc, lineNo, from, to, marker) {\n var line = getLine(doc, lineNo);\n var sps = sawCollapsedSpans && line.markedSpans;\n if (sps) for (var i = 0; i < sps.length; ++i) {\n var sp = sps[i];\n if (!sp.marker.collapsed) continue;\n var found = sp.marker.find(0);\n var fromCmp = cmp(found.from, from) || extraLeft(sp.marker) - extraLeft(marker);\n var toCmp = cmp(found.to, to) || extraRight(sp.marker) - extraRight(marker);\n if (fromCmp >= 0 && toCmp <= 0 || fromCmp <= 0 && toCmp >= 0) continue;\n if (fromCmp <= 0 && (cmp(found.to, from) > 0 || (sp.marker.inclusiveRight && marker.inclusiveLeft)) ||\n fromCmp >= 0 && (cmp(found.from, to) < 0 || (sp.marker.inclusiveLeft && marker.inclusiveRight)))\n return true;\n }\n }\n\n // A visual line is a line as drawn on the screen. Folding, for\n // example, can cause multiple logical lines to appear on the same\n // visual line. This finds the start of the visual line that the\n // given line is part of (usually that is the line itself).\n function visualLine(line) {\n var merged;\n while (merged = collapsedSpanAtStart(line))\n line = merged.find(-1, true).line;\n return line;\n }\n\n // Returns an array of logical lines that continue the visual line\n // started by the argument, or undefined if there are no such lines.\n function visualLineContinued(line) {\n var merged, lines;\n while (merged = collapsedSpanAtEnd(line)) {\n line = merged.find(1, true).line;\n (lines || (lines = [])).push(line);\n }\n return lines;\n }\n\n // Get the line number of the start of the visual line that the\n // given line number is part of.\n function visualLineNo(doc, lineN) {\n var line = getLine(doc, lineN), vis = visualLine(line);\n if (line == vis) return lineN;\n return lineNo(vis);\n }\n // Get the line number of the start of the next visual line after\n // the given line.\n function visualLineEndNo(doc, lineN) {\n if (lineN > doc.lastLine()) return lineN;\n var line = getLine(doc, lineN), merged;\n if (!lineIsHidden(doc, line)) return lineN;\n while (merged = collapsedSpanAtEnd(line))\n line = merged.find(1, true).line;\n return lineNo(line) + 1;\n }\n\n // Compute whether a line is hidden. Lines count as hidden when they\n // are part of a visual line that starts with another line, or when\n // they are entirely covered by collapsed, non-widget span.\n function lineIsHidden(doc, line) {\n var sps = sawCollapsedSpans && line.markedSpans;\n if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n sp = sps[i];\n if (!sp.marker.collapsed) continue;\n if (sp.from == null) return true;\n if (sp.marker.widgetNode) continue;\n if (sp.from == 0 && sp.marker.inclusiveLeft && lineIsHiddenInner(doc, line, sp))\n return true;\n }\n }\n function lineIsHiddenInner(doc, line, span) {\n if (span.to == null) {\n var end = span.marker.find(1, true);\n return lineIsHiddenInner(doc, end.line, getMarkedSpanFor(end.line.markedSpans, span.marker));\n }\n if (span.marker.inclusiveRight && span.to == line.text.length)\n return true;\n for (var sp, i = 0; i < line.markedSpans.length; ++i) {\n sp = line.markedSpans[i];\n if (sp.marker.collapsed && !sp.marker.widgetNode && sp.from == span.to &&\n (sp.to == null || sp.to != span.from) &&\n (sp.marker.inclusiveLeft || span.marker.inclusiveRight) &&\n lineIsHiddenInner(doc, line, sp)) return true;\n }\n }\n\n // LINE WIDGETS\n\n // Line widgets are block elements displayed above or below a line.\n\n var LineWidget = CodeMirror.LineWidget = function(doc, node, options) {\n if (options) for (var opt in options) if (options.hasOwnProperty(opt))\n this[opt] = options[opt];\n this.doc = doc;\n this.node = node;\n };\n eventMixin(LineWidget);\n\n function adjustScrollWhenAboveVisible(cm, line, diff) {\n if (heightAtLine(line) < ((cm.curOp && cm.curOp.scrollTop) || cm.doc.scrollTop))\n addToScrollPos(cm, null, diff);\n }\n\n LineWidget.prototype.clear = function() {\n var cm = this.doc.cm, ws = this.line.widgets, line = this.line, no = lineNo(line);\n if (no == null || !ws) return;\n for (var i = 0; i < ws.length; ++i) if (ws[i] == this) ws.splice(i--, 1);\n if (!ws.length) line.widgets = null;\n var height = widgetHeight(this);\n updateLineHeight(line, Math.max(0, line.height - height));\n if (cm) runInOp(cm, function() {\n adjustScrollWhenAboveVisible(cm, line, -height);\n regLineChange(cm, no, \"widget\");\n });\n };\n LineWidget.prototype.changed = function() {\n var oldH = this.height, cm = this.doc.cm, line = this.line;\n this.height = null;\n var diff = widgetHeight(this) - oldH;\n if (!diff) return;\n updateLineHeight(line, line.height + diff);\n if (cm) runInOp(cm, function() {\n cm.curOp.forceUpdate = true;\n adjustScrollWhenAboveVisible(cm, line, diff);\n });\n };\n\n function widgetHeight(widget) {\n if (widget.height != null) return widget.height;\n var cm = widget.doc.cm;\n if (!cm) return 0;\n if (!contains(document.body, widget.node)) {\n var parentStyle = \"position: relative;\";\n if (widget.coverGutter)\n parentStyle += \"margin-left: -\" + cm.display.gutters.offsetWidth + \"px;\";\n if (widget.noHScroll)\n parentStyle += \"width: \" + cm.display.wrapper.clientWidth + \"px;\";\n removeChildrenAndAdd(cm.display.measure, elt(\"div\", [widget.node], null, parentStyle));\n }\n return widget.height = widget.node.parentNode.offsetHeight;\n }\n\n function addLineWidget(doc, handle, node, options) {\n var widget = new LineWidget(doc, node, options);\n var cm = doc.cm;\n if (cm && widget.noHScroll) cm.display.alignWidgets = true;\n changeLine(doc, handle, \"widget\", function(line) {\n var widgets = line.widgets || (line.widgets = []);\n if (widget.insertAt == null) widgets.push(widget);\n else widgets.splice(Math.min(widgets.length - 1, Math.max(0, widget.insertAt)), 0, widget);\n widget.line = line;\n if (cm && !lineIsHidden(doc, line)) {\n var aboveVisible = heightAtLine(line) < doc.scrollTop;\n updateLineHeight(line, line.height + widgetHeight(widget));\n if (aboveVisible) addToScrollPos(cm, null, widget.height);\n cm.curOp.forceUpdate = true;\n }\n return true;\n });\n return widget;\n }\n\n // LINE DATA STRUCTURE\n\n // Line objects. These hold state related to a line, including\n // highlighting info (the styles array).\n var Line = CodeMirror.Line = function(text, markedSpans, estimateHeight) {\n this.text = text;\n attachMarkedSpans(this, markedSpans);\n this.height = estimateHeight ? estimateHeight(this) : 1;\n };\n eventMixin(Line);\n Line.prototype.lineNo = function() { return lineNo(this); };\n\n // Change the content (text, markers) of a line. Automatically\n // invalidates cached information and tries to re-estimate the\n // line's height.\n function updateLine(line, text, markedSpans, estimateHeight) {\n line.text = text;\n if (line.stateAfter) line.stateAfter = null;\n if (line.styles) line.styles = null;\n if (line.order != null) line.order = null;\n detachMarkedSpans(line);\n attachMarkedSpans(line, markedSpans);\n var estHeight = estimateHeight ? estimateHeight(line) : 1;\n if (estHeight != line.height) updateLineHeight(line, estHeight);\n }\n\n // Detach a line from the document tree and its markers.\n function cleanUpLine(line) {\n line.parent = null;\n detachMarkedSpans(line);\n }\n\n function extractLineClasses(type, output) {\n if (type) for (;;) {\n var lineClass = type.match(/(?:^|\\s+)line-(background-)?(\\S+)/);\n if (!lineClass) break;\n type = type.slice(0, lineClass.index) + type.slice(lineClass.index + lineClass[0].length);\n var prop = lineClass[1] ? \"bgClass\" : \"textClass\";\n if (output[prop] == null)\n output[prop] = lineClass[2];\n else if (!(new RegExp(\"(?:^|\\s)\" + lineClass[2] + \"(?:$|\\s)\")).test(output[prop]))\n output[prop] += \" \" + lineClass[2];\n }\n return type;\n }\n\n function callBlankLine(mode, state) {\n if (mode.blankLine) return mode.blankLine(state);\n if (!mode.innerMode) return;\n var inner = CodeMirror.innerMode(mode, state);\n if (inner.mode.blankLine) return inner.mode.blankLine(inner.state);\n }\n\n function readToken(mode, stream, state, inner) {\n for (var i = 0; i < 10; i++) {\n if (inner) inner[0] = CodeMirror.innerMode(mode, state).mode;\n var style = mode.token(stream, state);\n if (stream.pos > stream.start) return style;\n }\n throw new Error(\"Mode \" + mode.name + \" failed to advance stream.\");\n }\n\n // Utility for getTokenAt and getLineTokens\n function takeToken(cm, pos, precise, asArray) {\n function getObj(copy) {\n return {start: stream.start, end: stream.pos,\n string: stream.current(),\n type: style || null,\n state: copy ? copyState(doc.mode, state) : state};\n }\n\n var doc = cm.doc, mode = doc.mode, style;\n pos = clipPos(doc, pos);\n var line = getLine(doc, pos.line), state = getStateBefore(cm, pos.line, precise);\n var stream = new StringStream(line.text, cm.options.tabSize), tokens;\n if (asArray) tokens = [];\n while ((asArray || stream.pos < pos.ch) && !stream.eol()) {\n stream.start = stream.pos;\n style = readToken(mode, stream, state);\n if (asArray) tokens.push(getObj(true));\n }\n return asArray ? tokens : getObj();\n }\n\n // Run the given mode's parser over a line, calling f for each token.\n function runMode(cm, text, mode, state, f, lineClasses, forceToEnd) {\n var flattenSpans = mode.flattenSpans;\n if (flattenSpans == null) flattenSpans = cm.options.flattenSpans;\n var curStart = 0, curStyle = null;\n var stream = new StringStream(text, cm.options.tabSize), style;\n var inner = cm.options.addModeClass && [null];\n if (text == \"\") extractLineClasses(callBlankLine(mode, state), lineClasses);\n while (!stream.eol()) {\n if (stream.pos > cm.options.maxHighlightLength) {\n flattenSpans = false;\n if (forceToEnd) processLine(cm, text, state, stream.pos);\n stream.pos = text.length;\n style = null;\n } else {\n style = extractLineClasses(readToken(mode, stream, state, inner), lineClasses);\n }\n if (inner) {\n var mName = inner[0].name;\n if (mName) style = \"m-\" + (style ? mName + \" \" + style : mName);\n }\n if (!flattenSpans || curStyle != style) {\n while (curStart < stream.start) {\n curStart = Math.min(stream.start, curStart + 50000);\n f(curStart, curStyle);\n }\n curStyle = style;\n }\n stream.start = stream.pos;\n }\n while (curStart < stream.pos) {\n // Webkit seems to refuse to render text nodes longer than 57444 characters\n var pos = Math.min(stream.pos, curStart + 50000);\n f(pos, curStyle);\n curStart = pos;\n }\n }\n\n // Compute a style array (an array starting with a mode generation\n // -- for invalidation -- followed by pairs of end positions and\n // style strings), which is used to highlight the tokens on the\n // line.\n function highlightLine(cm, line, state, forceToEnd) {\n // A styles array always starts with a number identifying the\n // mode/overlays that it is based on (for easy invalidation).\n var st = [cm.state.modeGen], lineClasses = {};\n // Compute the base array of styles\n runMode(cm, line.text, cm.doc.mode, state, function(end, style) {\n st.push(end, style);\n }, lineClasses, forceToEnd);\n\n // Run overlays, adjust style array.\n for (var o = 0; o < cm.state.overlays.length; ++o) {\n var overlay = cm.state.overlays[o], i = 1, at = 0;\n runMode(cm, line.text, overlay.mode, true, function(end, style) {\n var start = i;\n // Ensure there's a token end at the current position, and that i points at it\n while (at < end) {\n var i_end = st[i];\n if (i_end > end)\n st.splice(i, 1, end, st[i+1], i_end);\n i += 2;\n at = Math.min(end, i_end);\n }\n if (!style) return;\n if (overlay.opaque) {\n st.splice(start, i - start, end, \"cm-overlay \" + style);\n i = start + 2;\n } else {\n for (; start < i; start += 2) {\n var cur = st[start+1];\n st[start+1] = (cur ? cur + \" \" : \"\") + \"cm-overlay \" + style;\n }\n }\n }, lineClasses);\n }\n\n return {styles: st, classes: lineClasses.bgClass || lineClasses.textClass ? lineClasses : null};\n }\n\n function getLineStyles(cm, line, updateFrontier) {\n if (!line.styles || line.styles[0] != cm.state.modeGen) {\n var state = getStateBefore(cm, lineNo(line));\n var result = highlightLine(cm, line, line.text.length > cm.options.maxHighlightLength ? copyState(cm.doc.mode, state) : state);\n line.stateAfter = state;\n line.styles = result.styles;\n if (result.classes) line.styleClasses = result.classes;\n else if (line.styleClasses) line.styleClasses = null;\n if (updateFrontier === cm.doc.frontier) cm.doc.frontier++;\n }\n return line.styles;\n }\n\n // Lightweight form of highlight -- proceed over this line and\n // update state, but don't save a style array. Used for lines that\n // aren't currently visible.\n function processLine(cm, text, state, startAt) {\n var mode = cm.doc.mode;\n var stream = new StringStream(text, cm.options.tabSize);\n stream.start = stream.pos = startAt || 0;\n if (text == \"\") callBlankLine(mode, state);\n while (!stream.eol()) {\n readToken(mode, stream, state);\n stream.start = stream.pos;\n }\n }\n\n // Convert a style as returned by a mode (either null, or a string\n // containing one or more styles) to a CSS style. This is cached,\n // and also looks for line-wide styles.\n var styleToClassCache = {}, styleToClassCacheWithMode = {};\n function interpretTokenStyle(style, options) {\n if (!style || /^\\s*$/.test(style)) return null;\n var cache = options.addModeClass ? styleToClassCacheWithMode : styleToClassCache;\n return cache[style] ||\n (cache[style] = style.replace(/\\S+/g, \"cm-$&\"));\n }\n\n // Render the DOM representation of the text of a line. Also builds\n // up a 'line map', which points at the DOM nodes that represent\n // specific stretches of text, and is used by the measuring code.\n // The returned object contains the DOM node, this map, and\n // information about line-wide styles that were set by the mode.\n function buildLineContent(cm, lineView) {\n // The padding-right forces the element to have a 'border', which\n // is needed on Webkit to be able to get line-level bounding\n // rectangles for it (in measureChar).\n var content = elt(\"span\", null, null, webkit ? \"padding-right: .1px\" : null);\n var builder = {pre: elt(\"pre\", [content], \"CodeMirror-line\"), content: content,\n col: 0, pos: 0, cm: cm,\n splitSpaces: (ie || webkit) && cm.getOption(\"lineWrapping\")};\n lineView.measure = {};\n\n // Iterate over the logical lines that make up this visual line.\n for (var i = 0; i <= (lineView.rest ? lineView.rest.length : 0); i++) {\n var line = i ? lineView.rest[i - 1] : lineView.line, order;\n builder.pos = 0;\n builder.addToken = buildToken;\n // Optionally wire in some hacks into the token-rendering\n // algorithm, to deal with browser quirks.\n if (hasBadBidiRects(cm.display.measure) && (order = getOrder(line)))\n builder.addToken = buildTokenBadBidi(builder.addToken, order);\n builder.map = [];\n var allowFrontierUpdate = lineView != cm.display.externalMeasured && lineNo(line);\n insertLineContent(line, builder, getLineStyles(cm, line, allowFrontierUpdate));\n if (line.styleClasses) {\n if (line.styleClasses.bgClass)\n builder.bgClass = joinClasses(line.styleClasses.bgClass, builder.bgClass || \"\");\n if (line.styleClasses.textClass)\n builder.textClass = joinClasses(line.styleClasses.textClass, builder.textClass || \"\");\n }\n\n // Ensure at least a single node is present, for measuring.\n if (builder.map.length == 0)\n builder.map.push(0, 0, builder.content.appendChild(zeroWidthElement(cm.display.measure)));\n\n // Store the map and a cache object for the current logical line\n if (i == 0) {\n lineView.measure.map = builder.map;\n lineView.measure.cache = {};\n } else {\n (lineView.measure.maps || (lineView.measure.maps = [])).push(builder.map);\n (lineView.measure.caches || (lineView.measure.caches = [])).push({});\n }\n }\n\n // See issue #2901\n if (webkit && /\\bcm-tab\\b/.test(builder.content.lastChild.className))\n builder.content.className = \"cm-tab-wrap-hack\";\n\n signal(cm, \"renderLine\", cm, lineView.line, builder.pre);\n if (builder.pre.className)\n builder.textClass = joinClasses(builder.pre.className, builder.textClass || \"\");\n\n return builder;\n }\n\n function defaultSpecialCharPlaceholder(ch) {\n var token = elt(\"span\", \"\\u2022\", \"cm-invalidchar\");\n token.title = \"\\\\u\" + ch.charCodeAt(0).toString(16);\n token.setAttribute(\"aria-label\", token.title);\n return token;\n }\n\n // Build up the DOM representation for a single token, and add it to\n // the line map. Takes care to render special characters separately.\n function buildToken(builder, text, style, startStyle, endStyle, title, css) {\n if (!text) return;\n var displayText = builder.splitSpaces ? text.replace(/ {3,}/g, splitSpaces) : text;\n var special = builder.cm.state.specialChars, mustWrap = false;\n if (!special.test(text)) {\n builder.col += text.length;\n var content = document.createTextNode(displayText);\n builder.map.push(builder.pos, builder.pos + text.length, content);\n if (ie && ie_version < 9) mustWrap = true;\n builder.pos += text.length;\n } else {\n var content = document.createDocumentFragment(), pos = 0;\n while (true) {\n special.lastIndex = pos;\n var m = special.exec(text);\n var skipped = m ? m.index - pos : text.length - pos;\n if (skipped) {\n var txt = document.createTextNode(displayText.slice(pos, pos + skipped));\n if (ie && ie_version < 9) content.appendChild(elt(\"span\", [txt]));\n else content.appendChild(txt);\n builder.map.push(builder.pos, builder.pos + skipped, txt);\n builder.col += skipped;\n builder.pos += skipped;\n }\n if (!m) break;\n pos += skipped + 1;\n if (m[0] == \"\\t\") {\n var tabSize = builder.cm.options.tabSize, tabWidth = tabSize - builder.col % tabSize;\n var txt = content.appendChild(elt(\"span\", spaceStr(tabWidth), \"cm-tab\"));\n txt.setAttribute(\"role\", \"presentation\");\n txt.setAttribute(\"cm-text\", \"\\t\");\n builder.col += tabWidth;\n } else if (m[0] == \"\\r\" || m[0] == \"\\n\") {\n var txt = content.appendChild(elt(\"span\", m[0] == \"\\r\" ? \"\\u240d\" : \"\\u2424\", \"cm-invalidchar\"));\n txt.setAttribute(\"cm-text\", m[0]);\n builder.col += 1;\n } else {\n var txt = builder.cm.options.specialCharPlaceholder(m[0]);\n txt.setAttribute(\"cm-text\", m[0]);\n if (ie && ie_version < 9) content.appendChild(elt(\"span\", [txt]));\n else content.appendChild(txt);\n builder.col += 1;\n }\n builder.map.push(builder.pos, builder.pos + 1, txt);\n builder.pos++;\n }\n }\n if (style || startStyle || endStyle || mustWrap || css) {\n var fullStyle = style || \"\";\n if (startStyle) fullStyle += startStyle;\n if (endStyle) fullStyle += endStyle;\n var token = elt(\"span\", [content], fullStyle, css);\n if (title) token.title = title;\n return builder.content.appendChild(token);\n }\n builder.content.appendChild(content);\n }\n\n function splitSpaces(old) {\n var out = \" \";\n for (var i = 0; i < old.length - 2; ++i) out += i % 2 ? \" \" : \"\\u00a0\";\n out += \" \";\n return out;\n }\n\n // Work around nonsense dimensions being reported for stretches of\n // right-to-left text.\n function buildTokenBadBidi(inner, order) {\n return function(builder, text, style, startStyle, endStyle, title, css) {\n style = style ? style + \" cm-force-border\" : \"cm-force-border\";\n var start = builder.pos, end = start + text.length;\n for (;;) {\n // Find the part that overlaps with the start of this text\n for (var i = 0; i < order.length; i++) {\n var part = order[i];\n if (part.to > start && part.from <= start) break;\n }\n if (part.to >= end) return inner(builder, text, style, startStyle, endStyle, title, css);\n inner(builder, text.slice(0, part.to - start), style, startStyle, null, title, css);\n startStyle = null;\n text = text.slice(part.to - start);\n start = part.to;\n }\n };\n }\n\n function buildCollapsedSpan(builder, size, marker, ignoreWidget) {\n var widget = !ignoreWidget && marker.widgetNode;\n if (widget) builder.map.push(builder.pos, builder.pos + size, widget);\n if (!ignoreWidget && builder.cm.display.input.needsContentAttribute) {\n if (!widget)\n widget = builder.content.appendChild(document.createElement(\"span\"));\n widget.setAttribute(\"cm-marker\", marker.id);\n }\n if (widget) {\n builder.cm.display.input.setUneditable(widget);\n builder.content.appendChild(widget);\n }\n builder.pos += size;\n }\n\n // Outputs a number of spans to make up a line, taking highlighting\n // and marked text into account.\n function insertLineContent(line, builder, styles) {\n var spans = line.markedSpans, allText = line.text, at = 0;\n if (!spans) {\n for (var i = 1; i < styles.length; i+=2)\n builder.addToken(builder, allText.slice(at, at = styles[i]), interpretTokenStyle(styles[i+1], builder.cm.options));\n return;\n }\n\n var len = allText.length, pos = 0, i = 1, text = \"\", style, css;\n var nextChange = 0, spanStyle, spanEndStyle, spanStartStyle, title, collapsed;\n for (;;) {\n if (nextChange == pos) { // Update current marker set\n spanStyle = spanEndStyle = spanStartStyle = title = css = \"\";\n collapsed = null; nextChange = Infinity;\n var foundBookmarks = [], endStyles\n for (var j = 0; j < spans.length; ++j) {\n var sp = spans[j], m = sp.marker;\n if (m.type == \"bookmark\" && sp.from == pos && m.widgetNode) {\n foundBookmarks.push(m);\n } else if (sp.from <= pos && (sp.to == null || sp.to > pos || m.collapsed && sp.to == pos && sp.from == pos)) {\n if (sp.to != null && sp.to != pos && nextChange > sp.to) {\n nextChange = sp.to;\n spanEndStyle = \"\";\n }\n if (m.className) spanStyle += \" \" + m.className;\n if (m.css) css = (css ? css + \";\" : \"\") + m.css;\n if (m.startStyle && sp.from == pos) spanStartStyle += \" \" + m.startStyle;\n if (m.endStyle && sp.to == nextChange) (endStyles || (endStyles = [])).push(m.endStyle, sp.to)\n if (m.title && !title) title = m.title;\n if (m.collapsed && (!collapsed || compareCollapsedMarkers(collapsed.marker, m) < 0))\n collapsed = sp;\n } else if (sp.from > pos && nextChange > sp.from) {\n nextChange = sp.from;\n }\n }\n if (endStyles) for (var j = 0; j < endStyles.length; j += 2)\n if (endStyles[j + 1] == nextChange) spanEndStyle += \" \" + endStyles[j]\n\n if (!collapsed || collapsed.from == pos) for (var j = 0; j < foundBookmarks.length; ++j)\n buildCollapsedSpan(builder, 0, foundBookmarks[j]);\n if (collapsed && (collapsed.from || 0) == pos) {\n buildCollapsedSpan(builder, (collapsed.to == null ? len + 1 : collapsed.to) - pos,\n collapsed.marker, collapsed.from == null);\n if (collapsed.to == null) return;\n if (collapsed.to == pos) collapsed = false;\n }\n }\n if (pos >= len) break;\n\n var upto = Math.min(len, nextChange);\n while (true) {\n if (text) {\n var end = pos + text.length;\n if (!collapsed) {\n var tokenText = end > upto ? text.slice(0, upto - pos) : text;\n builder.addToken(builder, tokenText, style ? style + spanStyle : spanStyle,\n spanStartStyle, pos + tokenText.length == nextChange ? spanEndStyle : \"\", title, css);\n }\n if (end >= upto) {text = text.slice(upto - pos); pos = upto; break;}\n pos = end;\n spanStartStyle = \"\";\n }\n text = allText.slice(at, at = styles[i++]);\n style = interpretTokenStyle(styles[i++], builder.cm.options);\n }\n }\n }\n\n // DOCUMENT DATA STRUCTURE\n\n // By default, updates that start and end at the beginning of a line\n // are treated specially, in order to make the association of line\n // widgets and marker elements with the text behave more intuitive.\n function isWholeLineUpdate(doc, change) {\n return change.from.ch == 0 && change.to.ch == 0 && lst(change.text) == \"\" &&\n (!doc.cm || doc.cm.options.wholeLineUpdateBefore);\n }\n\n // Perform a change on the document data structure.\n function updateDoc(doc, change, markedSpans, estimateHeight) {\n function spansFor(n) {return markedSpans ? markedSpans[n] : null;}\n function update(line, text, spans) {\n updateLine(line, text, spans, estimateHeight);\n signalLater(line, \"change\", line, change);\n }\n function linesFor(start, end) {\n for (var i = start, result = []; i < end; ++i)\n result.push(new Line(text[i], spansFor(i), estimateHeight));\n return result;\n }\n\n var from = change.from, to = change.to, text = change.text;\n var firstLine = getLine(doc, from.line), lastLine = getLine(doc, to.line);\n var lastText = lst(text), lastSpans = spansFor(text.length - 1), nlines = to.line - from.line;\n\n // Adjust the line structure\n if (change.full) {\n doc.insert(0, linesFor(0, text.length));\n doc.remove(text.length, doc.size - text.length);\n } else if (isWholeLineUpdate(doc, change)) {\n // This is a whole-line replace. Treated specially to make\n // sure line objects move the way they are supposed to.\n var added = linesFor(0, text.length - 1);\n update(lastLine, lastLine.text, lastSpans);\n if (nlines) doc.remove(from.line, nlines);\n if (added.length) doc.insert(from.line, added);\n } else if (firstLine == lastLine) {\n if (text.length == 1) {\n update(firstLine, firstLine.text.slice(0, from.ch) + lastText + firstLine.text.slice(to.ch), lastSpans);\n } else {\n var added = linesFor(1, text.length - 1);\n added.push(new Line(lastText + firstLine.text.slice(to.ch), lastSpans, estimateHeight));\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n doc.insert(from.line + 1, added);\n }\n } else if (text.length == 1) {\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0] + lastLine.text.slice(to.ch), spansFor(0));\n doc.remove(from.line + 1, nlines);\n } else {\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n update(lastLine, lastText + lastLine.text.slice(to.ch), lastSpans);\n var added = linesFor(1, text.length - 1);\n if (nlines > 1) doc.remove(from.line + 1, nlines - 1);\n doc.insert(from.line + 1, added);\n }\n\n signalLater(doc, \"change\", doc, change);\n }\n\n // The document is represented as a BTree consisting of leaves, with\n // chunk of lines in them, and branches, with up to ten leaves or\n // other branch nodes below them. The top node is always a branch\n // node, and is the document object itself (meaning it has\n // additional methods and properties).\n //\n // All nodes have parent links. The tree is used both to go from\n // line numbers to line objects, and to go from objects to numbers.\n // It also indexes by height, and is used to convert between height\n // and line object, and to find the total height of the document.\n //\n // See also http://marijnhaverbeke.nl/blog/codemirror-line-tree.html\n\n function LeafChunk(lines) {\n this.lines = lines;\n this.parent = null;\n for (var i = 0, height = 0; i < lines.length; ++i) {\n lines[i].parent = this;\n height += lines[i].height;\n }\n this.height = height;\n }\n\n LeafChunk.prototype = {\n chunkSize: function() { return this.lines.length; },\n // Remove the n lines at offset 'at'.\n removeInner: function(at, n) {\n for (var i = at, e = at + n; i < e; ++i) {\n var line = this.lines[i];\n this.height -= line.height;\n cleanUpLine(line);\n signalLater(line, \"delete\");\n }\n this.lines.splice(at, n);\n },\n // Helper used to collapse a small branch into a single leaf.\n collapse: function(lines) {\n lines.push.apply(lines, this.lines);\n },\n // Insert the given array of lines at offset 'at', count them as\n // having the given height.\n insertInner: function(at, lines, height) {\n this.height += height;\n this.lines = this.lines.slice(0, at).concat(lines).concat(this.lines.slice(at));\n for (var i = 0; i < lines.length; ++i) lines[i].parent = this;\n },\n // Used to iterate over a part of the tree.\n iterN: function(at, n, op) {\n for (var e = at + n; at < e; ++at)\n if (op(this.lines[at])) return true;\n }\n };\n\n function BranchChunk(children) {\n this.children = children;\n var size = 0, height = 0;\n for (var i = 0; i < children.length; ++i) {\n var ch = children[i];\n size += ch.chunkSize(); height += ch.height;\n ch.parent = this;\n }\n this.size = size;\n this.height = height;\n this.parent = null;\n }\n\n BranchChunk.prototype = {\n chunkSize: function() { return this.size; },\n removeInner: function(at, n) {\n this.size -= n;\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at < sz) {\n var rm = Math.min(n, sz - at), oldHeight = child.height;\n child.removeInner(at, rm);\n this.height -= oldHeight - child.height;\n if (sz == rm) { this.children.splice(i--, 1); child.parent = null; }\n if ((n -= rm) == 0) break;\n at = 0;\n } else at -= sz;\n }\n // If the result is smaller than 25 lines, ensure that it is a\n // single leaf node.\n if (this.size - n < 25 &&\n (this.children.length > 1 || !(this.children[0] instanceof LeafChunk))) {\n var lines = [];\n this.collapse(lines);\n this.children = [new LeafChunk(lines)];\n this.children[0].parent = this;\n }\n },\n collapse: function(lines) {\n for (var i = 0; i < this.children.length; ++i) this.children[i].collapse(lines);\n },\n insertInner: function(at, lines, height) {\n this.size += lines.length;\n this.height += height;\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at <= sz) {\n child.insertInner(at, lines, height);\n if (child.lines && child.lines.length > 50) {\n while (child.lines.length > 50) {\n var spilled = child.lines.splice(child.lines.length - 25, 25);\n var newleaf = new LeafChunk(spilled);\n child.height -= newleaf.height;\n this.children.splice(i + 1, 0, newleaf);\n newleaf.parent = this;\n }\n this.maybeSpill();\n }\n break;\n }\n at -= sz;\n }\n },\n // When a node has grown, check whether it should be split.\n maybeSpill: function() {\n if (this.children.length <= 10) return;\n var me = this;\n do {\n var spilled = me.children.splice(me.children.length - 5, 5);\n var sibling = new BranchChunk(spilled);\n if (!me.parent) { // Become the parent node\n var copy = new BranchChunk(me.children);\n copy.parent = me;\n me.children = [copy, sibling];\n me = copy;\n } else {\n me.size -= sibling.size;\n me.height -= sibling.height;\n var myIndex = indexOf(me.parent.children, me);\n me.parent.children.splice(myIndex + 1, 0, sibling);\n }\n sibling.parent = me.parent;\n } while (me.children.length > 10);\n me.parent.maybeSpill();\n },\n iterN: function(at, n, op) {\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at < sz) {\n var used = Math.min(n, sz - at);\n if (child.iterN(at, used, op)) return true;\n if ((n -= used) == 0) break;\n at = 0;\n } else at -= sz;\n }\n }\n };\n\n var nextDocId = 0;\n var Doc = CodeMirror.Doc = function(text, mode, firstLine, lineSep) {\n if (!(this instanceof Doc)) return new Doc(text, mode, firstLine, lineSep);\n if (firstLine == null) firstLine = 0;\n\n BranchChunk.call(this, [new LeafChunk([new Line(\"\", null)])]);\n this.first = firstLine;\n this.scrollTop = this.scrollLeft = 0;\n this.cantEdit = false;\n this.cleanGeneration = 1;\n this.frontier = firstLine;\n var start = Pos(firstLine, 0);\n this.sel = simpleSelection(start);\n this.history = new History(null);\n this.id = ++nextDocId;\n this.modeOption = mode;\n this.lineSep = lineSep;\n this.extend = false;\n\n if (typeof text == \"string\") text = this.splitLines(text);\n updateDoc(this, {from: start, to: start, text: text});\n setSelection(this, simpleSelection(start), sel_dontScroll);\n };\n\n Doc.prototype = createObj(BranchChunk.prototype, {\n constructor: Doc,\n // Iterate over the document. Supports two forms -- with only one\n // argument, it calls that for each line in the document. With\n // three, it iterates over the range given by the first two (with\n // the second being non-inclusive).\n iter: function(from, to, op) {\n if (op) this.iterN(from - this.first, to - from, op);\n else this.iterN(this.first, this.first + this.size, from);\n },\n\n // Non-public interface for adding and removing lines.\n insert: function(at, lines) {\n var height = 0;\n for (var i = 0; i < lines.length; ++i) height += lines[i].height;\n this.insertInner(at - this.first, lines, height);\n },\n remove: function(at, n) { this.removeInner(at - this.first, n); },\n\n // From here, the methods are part of the public interface. Most\n // are also available from CodeMirror (editor) instances.\n\n getValue: function(lineSep) {\n var lines = getLines(this, this.first, this.first + this.size);\n if (lineSep === false) return lines;\n return lines.join(lineSep || this.lineSeparator());\n },\n setValue: docMethodOp(function(code) {\n var top = Pos(this.first, 0), last = this.first + this.size - 1;\n makeChange(this, {from: top, to: Pos(last, getLine(this, last).text.length),\n text: this.splitLines(code), origin: \"setValue\", full: true}, true);\n setSelection(this, simpleSelection(top));\n }),\n replaceRange: function(code, from, to, origin) {\n from = clipPos(this, from);\n to = to ? clipPos(this, to) : from;\n replaceRange(this, code, from, to, origin);\n },\n getRange: function(from, to, lineSep) {\n var lines = getBetween(this, clipPos(this, from), clipPos(this, to));\n if (lineSep === false) return lines;\n return lines.join(lineSep || this.lineSeparator());\n },\n\n getLine: function(line) {var l = this.getLineHandle(line); return l && l.text;},\n\n getLineHandle: function(line) {if (isLine(this, line)) return getLine(this, line);},\n getLineNumber: function(line) {return lineNo(line);},\n\n getLineHandleVisualStart: function(line) {\n if (typeof line == \"number\") line = getLine(this, line);\n return visualLine(line);\n },\n\n lineCount: function() {return this.size;},\n firstLine: function() {return this.first;},\n lastLine: function() {return this.first + this.size - 1;},\n\n clipPos: function(pos) {return clipPos(this, pos);},\n\n getCursor: function(start) {\n var range = this.sel.primary(), pos;\n if (start == null || start == \"head\") pos = range.head;\n else if (start == \"anchor\") pos = range.anchor;\n else if (start == \"end\" || start == \"to\" || start === false) pos = range.to();\n else pos = range.from();\n return pos;\n },\n listSelections: function() { return this.sel.ranges; },\n somethingSelected: function() {return this.sel.somethingSelected();},\n\n setCursor: docMethodOp(function(line, ch, options) {\n setSimpleSelection(this, clipPos(this, typeof line == \"number\" ? Pos(line, ch || 0) : line), null, options);\n }),\n setSelection: docMethodOp(function(anchor, head, options) {\n setSimpleSelection(this, clipPos(this, anchor), clipPos(this, head || anchor), options);\n }),\n extendSelection: docMethodOp(function(head, other, options) {\n extendSelection(this, clipPos(this, head), other && clipPos(this, other), options);\n }),\n extendSelections: docMethodOp(function(heads, options) {\n extendSelections(this, clipPosArray(this, heads), options);\n }),\n extendSelectionsBy: docMethodOp(function(f, options) {\n var heads = map(this.sel.ranges, f);\n extendSelections(this, clipPosArray(this, heads), options);\n }),\n setSelections: docMethodOp(function(ranges, primary, options) {\n if (!ranges.length) return;\n for (var i = 0, out = []; i < ranges.length; i++)\n out[i] = new Range(clipPos(this, ranges[i].anchor),\n clipPos(this, ranges[i].head));\n if (primary == null) primary = Math.min(ranges.length - 1, this.sel.primIndex);\n setSelection(this, normalizeSelection(out, primary), options);\n }),\n addSelection: docMethodOp(function(anchor, head, options) {\n var ranges = this.sel.ranges.slice(0);\n ranges.push(new Range(clipPos(this, anchor), clipPos(this, head || anchor)));\n setSelection(this, normalizeSelection(ranges, ranges.length - 1), options);\n }),\n\n getSelection: function(lineSep) {\n var ranges = this.sel.ranges, lines;\n for (var i = 0; i < ranges.length; i++) {\n var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n lines = lines ? lines.concat(sel) : sel;\n }\n if (lineSep === false) return lines;\n else return lines.join(lineSep || this.lineSeparator());\n },\n getSelections: function(lineSep) {\n var parts = [], ranges = this.sel.ranges;\n for (var i = 0; i < ranges.length; i++) {\n var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n if (lineSep !== false) sel = sel.join(lineSep || this.lineSeparator());\n parts[i] = sel;\n }\n return parts;\n },\n replaceSelection: function(code, collapse, origin) {\n var dup = [];\n for (var i = 0; i < this.sel.ranges.length; i++)\n dup[i] = code;\n this.replaceSelections(dup, collapse, origin || \"+input\");\n },\n replaceSelections: docMethodOp(function(code, collapse, origin) {\n var changes = [], sel = this.sel;\n for (var i = 0; i < sel.ranges.length; i++) {\n var range = sel.ranges[i];\n changes[i] = {from: range.from(), to: range.to(), text: this.splitLines(code[i]), origin: origin};\n }\n var newSel = collapse && collapse != \"end\" && computeReplacedSel(this, changes, collapse);\n for (var i = changes.length - 1; i >= 0; i--)\n makeChange(this, changes[i]);\n if (newSel) setSelectionReplaceHistory(this, newSel);\n else if (this.cm) ensureCursorVisible(this.cm);\n }),\n undo: docMethodOp(function() {makeChangeFromHistory(this, \"undo\");}),\n redo: docMethodOp(function() {makeChangeFromHistory(this, \"redo\");}),\n undoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"undo\", true);}),\n redoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"redo\", true);}),\n\n setExtending: function(val) {this.extend = val;},\n getExtending: function() {return this.extend;},\n\n historySize: function() {\n var hist = this.history, done = 0, undone = 0;\n for (var i = 0; i < hist.done.length; i++) if (!hist.done[i].ranges) ++done;\n for (var i = 0; i < hist.undone.length; i++) if (!hist.undone[i].ranges) ++undone;\n return {undo: done, redo: undone};\n },\n clearHistory: function() {this.history = new History(this.history.maxGeneration);},\n\n markClean: function() {\n this.cleanGeneration = this.changeGeneration(true);\n },\n changeGeneration: function(forceSplit) {\n if (forceSplit)\n this.history.lastOp = this.history.lastSelOp = this.history.lastOrigin = null;\n return this.history.generation;\n },\n isClean: function (gen) {\n return this.history.generation == (gen || this.cleanGeneration);\n },\n\n getHistory: function() {\n return {done: copyHistoryArray(this.history.done),\n undone: copyHistoryArray(this.history.undone)};\n },\n setHistory: function(histData) {\n var hist = this.history = new History(this.history.maxGeneration);\n hist.done = copyHistoryArray(histData.done.slice(0), null, true);\n hist.undone = copyHistoryArray(histData.undone.slice(0), null, true);\n },\n\n addLineClass: docMethodOp(function(handle, where, cls) {\n return changeLine(this, handle, where == \"gutter\" ? \"gutter\" : \"class\", function(line) {\n var prop = where == \"text\" ? \"textClass\"\n : where == \"background\" ? \"bgClass\"\n : where == \"gutter\" ? \"gutterClass\" : \"wrapClass\";\n if (!line[prop]) line[prop] = cls;\n else if (classTest(cls).test(line[prop])) return false;\n else line[prop] += \" \" + cls;\n return true;\n });\n }),\n removeLineClass: docMethodOp(function(handle, where, cls) {\n return changeLine(this, handle, where == \"gutter\" ? \"gutter\" : \"class\", function(line) {\n var prop = where == \"text\" ? \"textClass\"\n : where == \"background\" ? \"bgClass\"\n : where == \"gutter\" ? \"gutterClass\" : \"wrapClass\";\n var cur = line[prop];\n if (!cur) return false;\n else if (cls == null) line[prop] = null;\n else {\n var found = cur.match(classTest(cls));\n if (!found) return false;\n var end = found.index + found[0].length;\n line[prop] = cur.slice(0, found.index) + (!found.index || end == cur.length ? \"\" : \" \") + cur.slice(end) || null;\n }\n return true;\n });\n }),\n\n addLineWidget: docMethodOp(function(handle, node, options) {\n return addLineWidget(this, handle, node, options);\n }),\n removeLineWidget: function(widget) { widget.clear(); },\n\n markText: function(from, to, options) {\n return markText(this, clipPos(this, from), clipPos(this, to), options, options && options.type || \"range\");\n },\n setBookmark: function(pos, options) {\n var realOpts = {replacedWith: options && (options.nodeType == null ? options.widget : options),\n insertLeft: options && options.insertLeft,\n clearWhenEmpty: false, shared: options && options.shared,\n handleMouseEvents: options && options.handleMouseEvents};\n pos = clipPos(this, pos);\n return markText(this, pos, pos, realOpts, \"bookmark\");\n },\n findMarksAt: function(pos) {\n pos = clipPos(this, pos);\n var markers = [], spans = getLine(this, pos.line).markedSpans;\n if (spans) for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if ((span.from == null || span.from <= pos.ch) &&\n (span.to == null || span.to >= pos.ch))\n markers.push(span.marker.parent || span.marker);\n }\n return markers;\n },\n findMarks: function(from, to, filter) {\n from = clipPos(this, from); to = clipPos(this, to);\n var found = [], lineNo = from.line;\n this.iter(from.line, to.line + 1, function(line) {\n var spans = line.markedSpans;\n if (spans) for (var i = 0; i < spans.length; i++) {\n var span = spans[i];\n if (!(span.to != null && lineNo == from.line && from.ch > span.to ||\n span.from == null && lineNo != from.line ||\n span.from != null && lineNo == to.line && span.from > to.ch) &&\n (!filter || filter(span.marker)))\n found.push(span.marker.parent || span.marker);\n }\n ++lineNo;\n });\n return found;\n },\n getAllMarks: function() {\n var markers = [];\n this.iter(function(line) {\n var sps = line.markedSpans;\n if (sps) for (var i = 0; i < sps.length; ++i)\n if (sps[i].from != null) markers.push(sps[i].marker);\n });\n return markers;\n },\n\n posFromIndex: function(off) {\n var ch, lineNo = this.first;\n this.iter(function(line) {\n var sz = line.text.length + 1;\n if (sz > off) { ch = off; return true; }\n off -= sz;\n ++lineNo;\n });\n return clipPos(this, Pos(lineNo, ch));\n },\n indexFromPos: function (coords) {\n coords = clipPos(this, coords);\n var index = coords.ch;\n if (coords.line < this.first || coords.ch < 0) return 0;\n this.iter(this.first, coords.line, function (line) {\n index += line.text.length + 1;\n });\n return index;\n },\n\n copy: function(copyHistory) {\n var doc = new Doc(getLines(this, this.first, this.first + this.size),\n this.modeOption, this.first, this.lineSep);\n doc.scrollTop = this.scrollTop; doc.scrollLeft = this.scrollLeft;\n doc.sel = this.sel;\n doc.extend = false;\n if (copyHistory) {\n doc.history.undoDepth = this.history.undoDepth;\n doc.setHistory(this.getHistory());\n }\n return doc;\n },\n\n linkedDoc: function(options) {\n if (!options) options = {};\n var from = this.first, to = this.first + this.size;\n if (options.from != null && options.from > from) from = options.from;\n if (options.to != null && options.to < to) to = options.to;\n var copy = new Doc(getLines(this, from, to), options.mode || this.modeOption, from, this.lineSep);\n if (options.sharedHist) copy.history = this.history;\n (this.linked || (this.linked = [])).push({doc: copy, sharedHist: options.sharedHist});\n copy.linked = [{doc: this, isParent: true, sharedHist: options.sharedHist}];\n copySharedMarkers(copy, findSharedMarkers(this));\n return copy;\n },\n unlinkDoc: function(other) {\n if (other instanceof CodeMirror) other = other.doc;\n if (this.linked) for (var i = 0; i < this.linked.length; ++i) {\n var link = this.linked[i];\n if (link.doc != other) continue;\n this.linked.splice(i, 1);\n other.unlinkDoc(this);\n detachSharedMarkers(findSharedMarkers(this));\n break;\n }\n // If the histories were shared, split them again\n if (other.history == this.history) {\n var splitIds = [other.id];\n linkedDocs(other, function(doc) {splitIds.push(doc.id);}, true);\n other.history = new History(null);\n other.history.done = copyHistoryArray(this.history.done, splitIds);\n other.history.undone = copyHistoryArray(this.history.undone, splitIds);\n }\n },\n iterLinkedDocs: function(f) {linkedDocs(this, f);},\n\n getMode: function() {return this.mode;},\n getEditor: function() {return this.cm;},\n\n splitLines: function(str) {\n if (this.lineSep) return str.split(this.lineSep);\n return splitLinesAuto(str);\n },\n lineSeparator: function() { return this.lineSep || \"\\n\"; }\n });\n\n // Public alias.\n Doc.prototype.eachLine = Doc.prototype.iter;\n\n // Set up methods on CodeMirror's prototype to redirect to the editor's document.\n var dontDelegate = \"iter insert remove copy getEditor constructor\".split(\" \");\n for (var prop in Doc.prototype) if (Doc.prototype.hasOwnProperty(prop) && indexOf(dontDelegate, prop) < 0)\n CodeMirror.prototype[prop] = (function(method) {\n return function() {return method.apply(this.doc, arguments);};\n })(Doc.prototype[prop]);\n\n eventMixin(Doc);\n\n // Call f for all linked documents.\n function linkedDocs(doc, f, sharedHistOnly) {\n function propagate(doc, skip, sharedHist) {\n if (doc.linked) for (var i = 0; i < doc.linked.length; ++i) {\n var rel = doc.linked[i];\n if (rel.doc == skip) continue;\n var shared = sharedHist && rel.sharedHist;\n if (sharedHistOnly && !shared) continue;\n f(rel.doc, shared);\n propagate(rel.doc, doc, shared);\n }\n }\n propagate(doc, null, true);\n }\n\n // Attach a document to an editor.\n function attachDoc(cm, doc) {\n if (doc.cm) throw new Error(\"This document is already in use.\");\n cm.doc = doc;\n doc.cm = cm;\n estimateLineHeights(cm);\n loadMode(cm);\n if (!cm.options.lineWrapping) findMaxLine(cm);\n cm.options.mode = doc.modeOption;\n regChange(cm);\n }\n\n // LINE UTILITIES\n\n // Find the line object corresponding to the given line number.\n function getLine(doc, n) {\n n -= doc.first;\n if (n < 0 || n >= doc.size) throw new Error(\"There is no line \" + (n + doc.first) + \" in the document.\");\n for (var chunk = doc; !chunk.lines;) {\n for (var i = 0;; ++i) {\n var child = chunk.children[i], sz = child.chunkSize();\n if (n < sz) { chunk = child; break; }\n n -= sz;\n }\n }\n return chunk.lines[n];\n }\n\n // Get the part of a document between two positions, as an array of\n // strings.\n function getBetween(doc, start, end) {\n var out = [], n = start.line;\n doc.iter(start.line, end.line + 1, function(line) {\n var text = line.text;\n if (n == end.line) text = text.slice(0, end.ch);\n if (n == start.line) text = text.slice(start.ch);\n out.push(text);\n ++n;\n });\n return out;\n }\n // Get the lines between from and to, as array of strings.\n function getLines(doc, from, to) {\n var out = [];\n doc.iter(from, to, function(line) { out.push(line.text); });\n return out;\n }\n\n // Update the height of a line, propagating the height change\n // upwards to parent nodes.\n function updateLineHeight(line, height) {\n var diff = height - line.height;\n if (diff) for (var n = line; n; n = n.parent) n.height += diff;\n }\n\n // Given a line object, find its line number by walking up through\n // its parent links.\n function lineNo(line) {\n if (line.parent == null) return null;\n var cur = line.parent, no = indexOf(cur.lines, line);\n for (var chunk = cur.parent; chunk; cur = chunk, chunk = chunk.parent) {\n for (var i = 0;; ++i) {\n if (chunk.children[i] == cur) break;\n no += chunk.children[i].chunkSize();\n }\n }\n return no + cur.first;\n }\n\n // Find the line at the given vertical position, using the height\n // information in the document tree.\n function lineAtHeight(chunk, h) {\n var n = chunk.first;\n outer: do {\n for (var i = 0; i < chunk.children.length; ++i) {\n var child = chunk.children[i], ch = child.height;\n if (h < ch) { chunk = child; continue outer; }\n h -= ch;\n n += child.chunkSize();\n }\n return n;\n } while (!chunk.lines);\n for (var i = 0; i < chunk.lines.length; ++i) {\n var line = chunk.lines[i], lh = line.height;\n if (h < lh) break;\n h -= lh;\n }\n return n + i;\n }\n\n\n // Find the height above the given line.\n function heightAtLine(lineObj) {\n lineObj = visualLine(lineObj);\n\n var h = 0, chunk = lineObj.parent;\n for (var i = 0; i < chunk.lines.length; ++i) {\n var line = chunk.lines[i];\n if (line == lineObj) break;\n else h += line.height;\n }\n for (var p = chunk.parent; p; chunk = p, p = chunk.parent) {\n for (var i = 0; i < p.children.length; ++i) {\n var cur = p.children[i];\n if (cur == chunk) break;\n else h += cur.height;\n }\n }\n return h;\n }\n\n // Get the bidi ordering for the given line (and cache it). Returns\n // false for lines that are fully left-to-right, and an array of\n // BidiSpan objects otherwise.\n function getOrder(line) {\n var order = line.order;\n if (order == null) order = line.order = bidiOrdering(line.text);\n return order;\n }\n\n // HISTORY\n\n function History(startGen) {\n // Arrays of change events and selections. Doing something adds an\n // event to done and clears undo. Undoing moves events from done\n // to undone, redoing moves them in the other direction.\n this.done = []; this.undone = [];\n this.undoDepth = Infinity;\n // Used to track when changes can be merged into a single undo\n // event\n this.lastModTime = this.lastSelTime = 0;\n this.lastOp = this.lastSelOp = null;\n this.lastOrigin = this.lastSelOrigin = null;\n // Used by the isClean() method\n this.generation = this.maxGeneration = startGen || 1;\n }\n\n // Create a history change event from an updateDoc-style change\n // object.\n function historyChangeFromChange(doc, change) {\n var histChange = {from: copyPos(change.from), to: changeEnd(change), text: getBetween(doc, change.from, change.to)};\n attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);\n linkedDocs(doc, function(doc) {attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);}, true);\n return histChange;\n }\n\n // Pop all selection events off the end of a history array. Stop at\n // a change event.\n function clearSelectionEvents(array) {\n while (array.length) {\n var last = lst(array);\n if (last.ranges) array.pop();\n else break;\n }\n }\n\n // Find the top change event in the history. Pop off selection\n // events that are in the way.\n function lastChangeEvent(hist, force) {\n if (force) {\n clearSelectionEvents(hist.done);\n return lst(hist.done);\n } else if (hist.done.length && !lst(hist.done).ranges) {\n return lst(hist.done);\n } else if (hist.done.length > 1 && !hist.done[hist.done.length - 2].ranges) {\n hist.done.pop();\n return lst(hist.done);\n }\n }\n\n // Register a change in the history. Merges changes that are within\n // a single operation, ore are close together with an origin that\n // allows merging (starting with \"+\") into a single event.\n function addChangeToHistory(doc, change, selAfter, opId) {\n var hist = doc.history;\n hist.undone.length = 0;\n var time = +new Date, cur;\n\n if ((hist.lastOp == opId ||\n hist.lastOrigin == change.origin && change.origin &&\n ((change.origin.charAt(0) == \"+\" && doc.cm && hist.lastModTime > time - doc.cm.options.historyEventDelay) ||\n change.origin.charAt(0) == \"*\")) &&\n (cur = lastChangeEvent(hist, hist.lastOp == opId))) {\n // Merge this change into the last event\n var last = lst(cur.changes);\n if (cmp(change.from, change.to) == 0 && cmp(change.from, last.to) == 0) {\n // Optimized case for simple insertion -- don't want to add\n // new changesets for every character typed\n last.to = changeEnd(change);\n } else {\n // Add new sub-event\n cur.changes.push(historyChangeFromChange(doc, change));\n }\n } else {\n // Can not be merged, start a new event.\n var before = lst(hist.done);\n if (!before || !before.ranges)\n pushSelectionToHistory(doc.sel, hist.done);\n cur = {changes: [historyChangeFromChange(doc, change)],\n generation: hist.generation};\n hist.done.push(cur);\n while (hist.done.length > hist.undoDepth) {\n hist.done.shift();\n if (!hist.done[0].ranges) hist.done.shift();\n }\n }\n hist.done.push(selAfter);\n hist.generation = ++hist.maxGeneration;\n hist.lastModTime = hist.lastSelTime = time;\n hist.lastOp = hist.lastSelOp = opId;\n hist.lastOrigin = hist.lastSelOrigin = change.origin;\n\n if (!last) signal(doc, \"historyAdded\");\n }\n\n function selectionEventCanBeMerged(doc, origin, prev, sel) {\n var ch = origin.charAt(0);\n return ch == \"*\" ||\n ch == \"+\" &&\n prev.ranges.length == sel.ranges.length &&\n prev.somethingSelected() == sel.somethingSelected() &&\n new Date - doc.history.lastSelTime <= (doc.cm ? doc.cm.options.historyEventDelay : 500);\n }\n\n // Called whenever the selection changes, sets the new selection as\n // the pending selection in the history, and pushes the old pending\n // selection into the 'done' array when it was significantly\n // different (in number of selected ranges, emptiness, or time).\n function addSelectionToHistory(doc, sel, opId, options) {\n var hist = doc.history, origin = options && options.origin;\n\n // A new event is started when the previous origin does not match\n // the current, or the origins don't allow matching. Origins\n // starting with * are always merged, those starting with + are\n // merged when similar and close together in time.\n if (opId == hist.lastSelOp ||\n (origin && hist.lastSelOrigin == origin &&\n (hist.lastModTime == hist.lastSelTime && hist.lastOrigin == origin ||\n selectionEventCanBeMerged(doc, origin, lst(hist.done), sel))))\n hist.done[hist.done.length - 1] = sel;\n else\n pushSelectionToHistory(sel, hist.done);\n\n hist.lastSelTime = +new Date;\n hist.lastSelOrigin = origin;\n hist.lastSelOp = opId;\n if (options && options.clearRedo !== false)\n clearSelectionEvents(hist.undone);\n }\n\n function pushSelectionToHistory(sel, dest) {\n var top = lst(dest);\n if (!(top && top.ranges && top.equals(sel)))\n dest.push(sel);\n }\n\n // Used to store marked span information in the history.\n function attachLocalSpans(doc, change, from, to) {\n var existing = change[\"spans_\" + doc.id], n = 0;\n doc.iter(Math.max(doc.first, from), Math.min(doc.first + doc.size, to), function(line) {\n if (line.markedSpans)\n (existing || (existing = change[\"spans_\" + doc.id] = {}))[n] = line.markedSpans;\n ++n;\n });\n }\n\n // When un/re-doing restores text containing marked spans, those\n // that have been explicitly cleared should not be restored.\n function removeClearedSpans(spans) {\n if (!spans) return null;\n for (var i = 0, out; i < spans.length; ++i) {\n if (spans[i].marker.explicitlyCleared) { if (!out) out = spans.slice(0, i); }\n else if (out) out.push(spans[i]);\n }\n return !out ? spans : out.length ? out : null;\n }\n\n // Retrieve and filter the old marked spans stored in a change event.\n function getOldSpans(doc, change) {\n var found = change[\"spans_\" + doc.id];\n if (!found) return null;\n for (var i = 0, nw = []; i < change.text.length; ++i)\n nw.push(removeClearedSpans(found[i]));\n return nw;\n }\n\n // Used both to provide a JSON-safe object in .getHistory, and, when\n // detaching a document, to split the history in two\n function copyHistoryArray(events, newGroup, instantiateSel) {\n for (var i = 0, copy = []; i < events.length; ++i) {\n var event = events[i];\n if (event.ranges) {\n copy.push(instantiateSel ? Selection.prototype.deepCopy.call(event) : event);\n continue;\n }\n var changes = event.changes, newChanges = [];\n copy.push({changes: newChanges});\n for (var j = 0; j < changes.length; ++j) {\n var change = changes[j], m;\n newChanges.push({from: change.from, to: change.to, text: change.text});\n if (newGroup) for (var prop in change) if (m = prop.match(/^spans_(\\d+)$/)) {\n if (indexOf(newGroup, Number(m[1])) > -1) {\n lst(newChanges)[prop] = change[prop];\n delete change[prop];\n }\n }\n }\n }\n return copy;\n }\n\n // Rebasing/resetting history to deal with externally-sourced changes\n\n function rebaseHistSelSingle(pos, from, to, diff) {\n if (to < pos.line) {\n pos.line += diff;\n } else if (from < pos.line) {\n pos.line = from;\n pos.ch = 0;\n }\n }\n\n // Tries to rebase an array of history events given a change in the\n // document. If the change touches the same lines as the event, the\n // event, and everything 'behind' it, is discarded. If the change is\n // before the event, the event's positions are updated. Uses a\n // copy-on-write scheme for the positions, to avoid having to\n // reallocate them all on every rebase, but also avoid problems with\n // shared position objects being unsafely updated.\n function rebaseHistArray(array, from, to, diff) {\n for (var i = 0; i < array.length; ++i) {\n var sub = array[i], ok = true;\n if (sub.ranges) {\n if (!sub.copied) { sub = array[i] = sub.deepCopy(); sub.copied = true; }\n for (var j = 0; j < sub.ranges.length; j++) {\n rebaseHistSelSingle(sub.ranges[j].anchor, from, to, diff);\n rebaseHistSelSingle(sub.ranges[j].head, from, to, diff);\n }\n continue;\n }\n for (var j = 0; j < sub.changes.length; ++j) {\n var cur = sub.changes[j];\n if (to < cur.from.line) {\n cur.from = Pos(cur.from.line + diff, cur.from.ch);\n cur.to = Pos(cur.to.line + diff, cur.to.ch);\n } else if (from <= cur.to.line) {\n ok = false;\n break;\n }\n }\n if (!ok) {\n array.splice(0, i + 1);\n i = 0;\n }\n }\n }\n\n function rebaseHist(hist, change) {\n var from = change.from.line, to = change.to.line, diff = change.text.length - (to - from) - 1;\n rebaseHistArray(hist.done, from, to, diff);\n rebaseHistArray(hist.undone, from, to, diff);\n }\n\n // EVENT UTILITIES\n\n // Due to the fact that we still support jurassic IE versions, some\n // compatibility wrappers are needed.\n\n var e_preventDefault = CodeMirror.e_preventDefault = function(e) {\n if (e.preventDefault) e.preventDefault();\n else e.returnValue = false;\n };\n var e_stopPropagation = CodeMirror.e_stopPropagation = function(e) {\n if (e.stopPropagation) e.stopPropagation();\n else e.cancelBubble = true;\n };\n function e_defaultPrevented(e) {\n return e.defaultPrevented != null ? e.defaultPrevented : e.returnValue == false;\n }\n var e_stop = CodeMirror.e_stop = function(e) {e_preventDefault(e); e_stopPropagation(e);};\n\n function e_target(e) {return e.target || e.srcElement;}\n function e_button(e) {\n var b = e.which;\n if (b == null) {\n if (e.button & 1) b = 1;\n else if (e.button & 2) b = 3;\n else if (e.button & 4) b = 2;\n }\n if (mac && e.ctrlKey && b == 1) b = 3;\n return b;\n }\n\n // EVENT HANDLING\n\n // Lightweight event framework. on/off also work on DOM nodes,\n // registering native DOM handlers.\n\n var on = CodeMirror.on = function(emitter, type, f) {\n if (emitter.addEventListener)\n emitter.addEventListener(type, f, false);\n else if (emitter.attachEvent)\n emitter.attachEvent(\"on\" + type, f);\n else {\n var map = emitter._handlers || (emitter._handlers = {});\n var arr = map[type] || (map[type] = []);\n arr.push(f);\n }\n };\n\n var noHandlers = []\n function getHandlers(emitter, type, copy) {\n var arr = emitter._handlers && emitter._handlers[type]\n if (copy) return arr && arr.length > 0 ? arr.slice() : noHandlers\n else return arr || noHandlers\n }\n\n var off = CodeMirror.off = function(emitter, type, f) {\n if (emitter.removeEventListener)\n emitter.removeEventListener(type, f, false);\n else if (emitter.detachEvent)\n emitter.detachEvent(\"on\" + type, f);\n else {\n var handlers = getHandlers(emitter, type, false)\n for (var i = 0; i < handlers.length; ++i)\n if (handlers[i] == f) { handlers.splice(i, 1); break; }\n }\n };\n\n var signal = CodeMirror.signal = function(emitter, type /*, values...*/) {\n var handlers = getHandlers(emitter, type, true)\n if (!handlers.length) return;\n var args = Array.prototype.slice.call(arguments, 2);\n for (var i = 0; i < handlers.length; ++i) handlers[i].apply(null, args);\n };\n\n var orphanDelayedCallbacks = null;\n\n // Often, we want to signal events at a point where we are in the\n // middle of some work, but don't want the handler to start calling\n // other methods on the editor, which might be in an inconsistent\n // state or simply not expect any other events to happen.\n // signalLater looks whether there are any handlers, and schedules\n // them to be executed when the last operation ends, or, if no\n // operation is active, when a timeout fires.\n function signalLater(emitter, type /*, values...*/) {\n var arr = getHandlers(emitter, type, false)\n if (!arr.length) return;\n var args = Array.prototype.slice.call(arguments, 2), list;\n if (operationGroup) {\n list = operationGroup.delayedCallbacks;\n } else if (orphanDelayedCallbacks) {\n list = orphanDelayedCallbacks;\n } else {\n list = orphanDelayedCallbacks = [];\n setTimeout(fireOrphanDelayed, 0);\n }\n function bnd(f) {return function(){f.apply(null, args);};};\n for (var i = 0; i < arr.length; ++i)\n list.push(bnd(arr[i]));\n }\n\n function fireOrphanDelayed() {\n var delayed = orphanDelayedCallbacks;\n orphanDelayedCallbacks = null;\n for (var i = 0; i < delayed.length; ++i) delayed[i]();\n }\n\n // The DOM events that CodeMirror handles can be overridden by\n // registering a (non-DOM) handler on the editor for the event name,\n // and preventDefault-ing the event in that handler.\n function signalDOMEvent(cm, e, override) {\n if (typeof e == \"string\")\n e = {type: e, preventDefault: function() { this.defaultPrevented = true; }};\n signal(cm, override || e.type, cm, e);\n return e_defaultPrevented(e) || e.codemirrorIgnore;\n }\n\n function signalCursorActivity(cm) {\n var arr = cm._handlers && cm._handlers.cursorActivity;\n if (!arr) return;\n var set = cm.curOp.cursorActivityHandlers || (cm.curOp.cursorActivityHandlers = []);\n for (var i = 0; i < arr.length; ++i) if (indexOf(set, arr[i]) == -1)\n set.push(arr[i]);\n }\n\n function hasHandler(emitter, type) {\n return getHandlers(emitter, type).length > 0\n }\n\n // Add on and off methods to a constructor's prototype, to make\n // registering events on such objects more convenient.\n function eventMixin(ctor) {\n ctor.prototype.on = function(type, f) {on(this, type, f);};\n ctor.prototype.off = function(type, f) {off(this, type, f);};\n }\n\n // MISC UTILITIES\n\n // Number of pixels added to scroller and sizer to hide scrollbar\n var scrollerGap = 30;\n\n // Returned or thrown by various protocols to signal 'I'm not\n // handling this'.\n var Pass = CodeMirror.Pass = {toString: function(){return \"CodeMirror.Pass\";}};\n\n // Reused option objects for setSelection & friends\n var sel_dontScroll = {scroll: false}, sel_mouse = {origin: \"*mouse\"}, sel_move = {origin: \"+move\"};\n\n function Delayed() {this.id = null;}\n Delayed.prototype.set = function(ms, f) {\n clearTimeout(this.id);\n this.id = setTimeout(f, ms);\n };\n\n // Counts the column offset in a string, taking tabs into account.\n // Used mostly to find indentation.\n var countColumn = CodeMirror.countColumn = function(string, end, tabSize, startIndex, startValue) {\n if (end == null) {\n end = string.search(/[^\\s\\u00a0]/);\n if (end == -1) end = string.length;\n }\n for (var i = startIndex || 0, n = startValue || 0;;) {\n var nextTab = string.indexOf(\"\\t\", i);\n if (nextTab < 0 || nextTab >= end)\n return n + (end - i);\n n += nextTab - i;\n n += tabSize - (n % tabSize);\n i = nextTab + 1;\n }\n };\n\n // The inverse of countColumn -- find the offset that corresponds to\n // a particular column.\n var findColumn = CodeMirror.findColumn = function(string, goal, tabSize) {\n for (var pos = 0, col = 0;;) {\n var nextTab = string.indexOf(\"\\t\", pos);\n if (nextTab == -1) nextTab = string.length;\n var skipped = nextTab - pos;\n if (nextTab == string.length || col + skipped >= goal)\n return pos + Math.min(skipped, goal - col);\n col += nextTab - pos;\n col += tabSize - (col % tabSize);\n pos = nextTab + 1;\n if (col >= goal) return pos;\n }\n }\n\n var spaceStrs = [\"\"];\n function spaceStr(n) {\n while (spaceStrs.length <= n)\n spaceStrs.push(lst(spaceStrs) + \" \");\n return spaceStrs[n];\n }\n\n function lst(arr) { return arr[arr.length-1]; }\n\n var selectInput = function(node) { node.select(); };\n if (ios) // Mobile Safari apparently has a bug where select() is broken.\n selectInput = function(node) { node.selectionStart = 0; node.selectionEnd = node.value.length; };\n else if (ie) // Suppress mysterious IE10 errors\n selectInput = function(node) { try { node.select(); } catch(_e) {} };\n\n function indexOf(array, elt) {\n for (var i = 0; i < array.length; ++i)\n if (array[i] == elt) return i;\n return -1;\n }\n function map(array, f) {\n var out = [];\n for (var i = 0; i < array.length; i++) out[i] = f(array[i], i);\n return out;\n }\n\n function nothing() {}\n\n function createObj(base, props) {\n var inst;\n if (Object.create) {\n inst = Object.create(base);\n } else {\n nothing.prototype = base;\n inst = new nothing();\n }\n if (props) copyObj(props, inst);\n return inst;\n };\n\n function copyObj(obj, target, overwrite) {\n if (!target) target = {};\n for (var prop in obj)\n if (obj.hasOwnProperty(prop) && (overwrite !== false || !target.hasOwnProperty(prop)))\n target[prop] = obj[prop];\n return target;\n }\n\n function bind(f) {\n var args = Array.prototype.slice.call(arguments, 1);\n return function(){return f.apply(null, args);};\n }\n\n var nonASCIISingleCaseWordChar = /[\\u00df\\u0587\\u0590-\\u05f4\\u0600-\\u06ff\\u3040-\\u309f\\u30a0-\\u30ff\\u3400-\\u4db5\\u4e00-\\u9fcc\\uac00-\\ud7af]/;\n var isWordCharBasic = CodeMirror.isWordChar = function(ch) {\n return /\\w/.test(ch) || ch > \"\\x80\" &&\n (ch.toUpperCase() != ch.toLowerCase() || nonASCIISingleCaseWordChar.test(ch));\n };\n function isWordChar(ch, helper) {\n if (!helper) return isWordCharBasic(ch);\n if (helper.source.indexOf(\"\\\\w\") > -1 && isWordCharBasic(ch)) return true;\n return helper.test(ch);\n }\n\n function isEmpty(obj) {\n for (var n in obj) if (obj.hasOwnProperty(n) && obj[n]) return false;\n return true;\n }\n\n // Extending unicode characters. A series of a non-extending char +\n // any number of extending chars is treated as a single unit as far\n // as editing and measuring is concerned. This is not fully correct,\n // since some scripts/fonts/browsers also treat other configurations\n // of code points as a group.\n var extendingChars = /[\\u0300-\\u036f\\u0483-\\u0489\\u0591-\\u05bd\\u05bf\\u05c1\\u05c2\\u05c4\\u05c5\\u05c7\\u0610-\\u061a\\u064b-\\u065e\\u0670\\u06d6-\\u06dc\\u06de-\\u06e4\\u06e7\\u06e8\\u06ea-\\u06ed\\u0711\\u0730-\\u074a\\u07a6-\\u07b0\\u07eb-\\u07f3\\u0816-\\u0819\\u081b-\\u0823\\u0825-\\u0827\\u0829-\\u082d\\u0900-\\u0902\\u093c\\u0941-\\u0948\\u094d\\u0951-\\u0955\\u0962\\u0963\\u0981\\u09bc\\u09be\\u09c1-\\u09c4\\u09cd\\u09d7\\u09e2\\u09e3\\u0a01\\u0a02\\u0a3c\\u0a41\\u0a42\\u0a47\\u0a48\\u0a4b-\\u0a4d\\u0a51\\u0a70\\u0a71\\u0a75\\u0a81\\u0a82\\u0abc\\u0ac1-\\u0ac5\\u0ac7\\u0ac8\\u0acd\\u0ae2\\u0ae3\\u0b01\\u0b3c\\u0b3e\\u0b3f\\u0b41-\\u0b44\\u0b4d\\u0b56\\u0b57\\u0b62\\u0b63\\u0b82\\u0bbe\\u0bc0\\u0bcd\\u0bd7\\u0c3e-\\u0c40\\u0c46-\\u0c48\\u0c4a-\\u0c4d\\u0c55\\u0c56\\u0c62\\u0c63\\u0cbc\\u0cbf\\u0cc2\\u0cc6\\u0ccc\\u0ccd\\u0cd5\\u0cd6\\u0ce2\\u0ce3\\u0d3e\\u0d41-\\u0d44\\u0d4d\\u0d57\\u0d62\\u0d63\\u0dca\\u0dcf\\u0dd2-\\u0dd4\\u0dd6\\u0ddf\\u0e31\\u0e34-\\u0e3a\\u0e47-\\u0e4e\\u0eb1\\u0eb4-\\u0eb9\\u0ebb\\u0ebc\\u0ec8-\\u0ecd\\u0f18\\u0f19\\u0f35\\u0f37\\u0f39\\u0f71-\\u0f7e\\u0f80-\\u0f84\\u0f86\\u0f87\\u0f90-\\u0f97\\u0f99-\\u0fbc\\u0fc6\\u102d-\\u1030\\u1032-\\u1037\\u1039\\u103a\\u103d\\u103e\\u1058\\u1059\\u105e-\\u1060\\u1071-\\u1074\\u1082\\u1085\\u1086\\u108d\\u109d\\u135f\\u1712-\\u1714\\u1732-\\u1734\\u1752\\u1753\\u1772\\u1773\\u17b7-\\u17bd\\u17c6\\u17c9-\\u17d3\\u17dd\\u180b-\\u180d\\u18a9\\u1920-\\u1922\\u1927\\u1928\\u1932\\u1939-\\u193b\\u1a17\\u1a18\\u1a56\\u1a58-\\u1a5e\\u1a60\\u1a62\\u1a65-\\u1a6c\\u1a73-\\u1a7c\\u1a7f\\u1b00-\\u1b03\\u1b34\\u1b36-\\u1b3a\\u1b3c\\u1b42\\u1b6b-\\u1b73\\u1b80\\u1b81\\u1ba2-\\u1ba5\\u1ba8\\u1ba9\\u1c2c-\\u1c33\\u1c36\\u1c37\\u1cd0-\\u1cd2\\u1cd4-\\u1ce0\\u1ce2-\\u1ce8\\u1ced\\u1dc0-\\u1de6\\u1dfd-\\u1dff\\u200c\\u200d\\u20d0-\\u20f0\\u2cef-\\u2cf1\\u2de0-\\u2dff\\u302a-\\u302f\\u3099\\u309a\\ua66f-\\ua672\\ua67c\\ua67d\\ua6f0\\ua6f1\\ua802\\ua806\\ua80b\\ua825\\ua826\\ua8c4\\ua8e0-\\ua8f1\\ua926-\\ua92d\\ua947-\\ua951\\ua980-\\ua982\\ua9b3\\ua9b6-\\ua9b9\\ua9bc\\uaa29-\\uaa2e\\uaa31\\uaa32\\uaa35\\uaa36\\uaa43\\uaa4c\\uaab0\\uaab2-\\uaab4\\uaab7\\uaab8\\uaabe\\uaabf\\uaac1\\uabe5\\uabe8\\uabed\\udc00-\\udfff\\ufb1e\\ufe00-\\ufe0f\\ufe20-\\ufe26\\uff9e\\uff9f]/;\n function isExtendingChar(ch) { return ch.charCodeAt(0) >= 768 && extendingChars.test(ch); }\n\n // DOM UTILITIES\n\n function elt(tag, content, className, style) {\n var e = document.createElement(tag);\n if (className) e.className = className;\n if (style) e.style.cssText = style;\n if (typeof content == \"string\") e.appendChild(document.createTextNode(content));\n else if (content) for (var i = 0; i < content.length; ++i) e.appendChild(content[i]);\n return e;\n }\n\n var range;\n if (document.createRange) range = function(node, start, end, endNode) {\n var r = document.createRange();\n r.setEnd(endNode || node, end);\n r.setStart(node, start);\n return r;\n };\n else range = function(node, start, end) {\n var r = document.body.createTextRange();\n try { r.moveToElementText(node.parentNode); }\n catch(e) { return r; }\n r.collapse(true);\n r.moveEnd(\"character\", end);\n r.moveStart(\"character\", start);\n return r;\n };\n\n function removeChildren(e) {\n for (var count = e.childNodes.length; count > 0; --count)\n e.removeChild(e.firstChild);\n return e;\n }\n\n function removeChildrenAndAdd(parent, e) {\n return removeChildren(parent).appendChild(e);\n }\n\n var contains = CodeMirror.contains = function(parent, child) {\n if (child.nodeType == 3) // Android browser always returns false when child is a textnode\n child = child.parentNode;\n if (parent.contains)\n return parent.contains(child);\n do {\n if (child.nodeType == 11) child = child.host;\n if (child == parent) return true;\n } while (child = child.parentNode);\n };\n\n function activeElt() {\n var activeElement = document.activeElement;\n while (activeElement && activeElement.root && activeElement.root.activeElement)\n activeElement = activeElement.root.activeElement;\n return activeElement;\n }\n // Older versions of IE throws unspecified error when touching\n // document.activeElement in some cases (during loading, in iframe)\n if (ie && ie_version < 11) activeElt = function() {\n try { return document.activeElement; }\n catch(e) { return document.body; }\n };\n\n function classTest(cls) { return new RegExp(\"(^|\\\\s)\" + cls + \"(?:$|\\\\s)\\\\s*\"); }\n var rmClass = CodeMirror.rmClass = function(node, cls) {\n var current = node.className;\n var match = classTest(cls).exec(current);\n if (match) {\n var after = current.slice(match.index + match[0].length);\n node.className = current.slice(0, match.index) + (after ? match[1] + after : \"\");\n }\n };\n var addClass = CodeMirror.addClass = function(node, cls) {\n var current = node.className;\n if (!classTest(cls).test(current)) node.className += (current ? \" \" : \"\") + cls;\n };\n function joinClasses(a, b) {\n var as = a.split(\" \");\n for (var i = 0; i < as.length; i++)\n if (as[i] && !classTest(as[i]).test(b)) b += \" \" + as[i];\n return b;\n }\n\n // WINDOW-WIDE EVENTS\n\n // These must be handled carefully, because naively registering a\n // handler for each editor will cause the editors to never be\n // garbage collected.\n\n function forEachCodeMirror(f) {\n if (!document.body.getElementsByClassName) return;\n var byClass = document.body.getElementsByClassName(\"CodeMirror\");\n for (var i = 0; i < byClass.length; i++) {\n var cm = byClass[i].CodeMirror;\n if (cm) f(cm);\n }\n }\n\n var globalsRegistered = false;\n function ensureGlobalHandlers() {\n if (globalsRegistered) return;\n registerGlobalHandlers();\n globalsRegistered = true;\n }\n function registerGlobalHandlers() {\n // When the window resizes, we need to refresh active editors.\n var resizeTimer;\n on(window, \"resize\", function() {\n if (resizeTimer == null) resizeTimer = setTimeout(function() {\n resizeTimer = null;\n forEachCodeMirror(onResize);\n }, 100);\n });\n // When the window loses focus, we want to show the editor as blurred\n on(window, \"blur\", function() {\n forEachCodeMirror(onBlur);\n });\n }\n\n // FEATURE DETECTION\n\n // Detect drag-and-drop\n var dragAndDrop = function() {\n // There is *some* kind of drag-and-drop support in IE6-8, but I\n // couldn't get it to work yet.\n if (ie && ie_version < 9) return false;\n var div = elt('div');\n return \"draggable\" in div || \"dragDrop\" in div;\n }();\n\n var zwspSupported;\n function zeroWidthElement(measure) {\n if (zwspSupported == null) {\n var test = elt(\"span\", \"\\u200b\");\n removeChildrenAndAdd(measure, elt(\"span\", [test, document.createTextNode(\"x\")]));\n if (measure.firstChild.offsetHeight != 0)\n zwspSupported = test.offsetWidth <= 1 && test.offsetHeight > 2 && !(ie && ie_version < 8);\n }\n var node = zwspSupported ? elt(\"span\", \"\\u200b\") :\n elt(\"span\", \"\\u00a0\", null, \"display: inline-block; width: 1px; margin-right: -1px\");\n node.setAttribute(\"cm-text\", \"\");\n return node;\n }\n\n // Feature-detect IE's crummy client rect reporting for bidi text\n var badBidiRects;\n function hasBadBidiRects(measure) {\n if (badBidiRects != null) return badBidiRects;\n var txt = removeChildrenAndAdd(measure, document.createTextNode(\"A\\u062eA\"));\n var r0 = range(txt, 0, 1).getBoundingClientRect();\n if (!r0 || r0.left == r0.right) return false; // Safari returns null in some cases (#2780)\n var r1 = range(txt, 1, 2).getBoundingClientRect();\n return badBidiRects = (r1.right - r0.right < 3);\n }\n\n // See if \"\".split is the broken IE version, if so, provide an\n // alternative way to split lines.\n var splitLinesAuto = CodeMirror.splitLines = \"\\n\\nb\".split(/\\n/).length != 3 ? function(string) {\n var pos = 0, result = [], l = string.length;\n while (pos <= l) {\n var nl = string.indexOf(\"\\n\", pos);\n if (nl == -1) nl = string.length;\n var line = string.slice(pos, string.charAt(nl - 1) == \"\\r\" ? nl - 1 : nl);\n var rt = line.indexOf(\"\\r\");\n if (rt != -1) {\n result.push(line.slice(0, rt));\n pos += rt + 1;\n } else {\n result.push(line);\n pos = nl + 1;\n }\n }\n return result;\n } : function(string){return string.split(/\\r\\n?|\\n/);};\n\n var hasSelection = window.getSelection ? function(te) {\n try { return te.selectionStart != te.selectionEnd; }\n catch(e) { return false; }\n } : function(te) {\n try {var range = te.ownerDocument.selection.createRange();}\n catch(e) {}\n if (!range || range.parentElement() != te) return false;\n return range.compareEndPoints(\"StartToEnd\", range) != 0;\n };\n\n var hasCopyEvent = (function() {\n var e = elt(\"div\");\n if (\"oncopy\" in e) return true;\n e.setAttribute(\"oncopy\", \"return;\");\n return typeof e.oncopy == \"function\";\n })();\n\n var badZoomedRects = null;\n function hasBadZoomedRects(measure) {\n if (badZoomedRects != null) return badZoomedRects;\n var node = removeChildrenAndAdd(measure, elt(\"span\", \"x\"));\n var normal = node.getBoundingClientRect();\n var fromRange = range(node, 0, 1).getBoundingClientRect();\n return badZoomedRects = Math.abs(normal.left - fromRange.left) > 1;\n }\n\n // KEY NAMES\n\n var keyNames = CodeMirror.keyNames = {\n 3: \"Enter\", 8: \"Backspace\", 9: \"Tab\", 13: \"Enter\", 16: \"Shift\", 17: \"Ctrl\", 18: \"Alt\",\n 19: \"Pause\", 20: \"CapsLock\", 27: \"Esc\", 32: \"Space\", 33: \"PageUp\", 34: \"PageDown\", 35: \"End\",\n 36: \"Home\", 37: \"Left\", 38: \"Up\", 39: \"Right\", 40: \"Down\", 44: \"PrintScrn\", 45: \"Insert\",\n 46: \"Delete\", 59: \";\", 61: \"=\", 91: \"Mod\", 92: \"Mod\", 93: \"Mod\",\n 106: \"*\", 107: \"=\", 109: \"-\", 110: \".\", 111: \"/\", 127: \"Delete\",\n 173: \"-\", 186: \";\", 187: \"=\", 188: \",\", 189: \"-\", 190: \".\", 191: \"/\", 192: \"`\", 219: \"[\", 220: \"\\\\\",\n 221: \"]\", 222: \"'\", 63232: \"Up\", 63233: \"Down\", 63234: \"Left\", 63235: \"Right\", 63272: \"Delete\",\n 63273: \"Home\", 63275: \"End\", 63276: \"PageUp\", 63277: \"PageDown\", 63302: \"Insert\"\n };\n (function() {\n // Number keys\n for (var i = 0; i < 10; i++) keyNames[i + 48] = keyNames[i + 96] = String(i);\n // Alphabetic keys\n for (var i = 65; i <= 90; i++) keyNames[i] = String.fromCharCode(i);\n // Function keys\n for (var i = 1; i <= 12; i++) keyNames[i + 111] = keyNames[i + 63235] = \"F\" + i;\n })();\n\n // BIDI HELPERS\n\n function iterateBidiSections(order, from, to, f) {\n if (!order) return f(from, to, \"ltr\");\n var found = false;\n for (var i = 0; i < order.length; ++i) {\n var part = order[i];\n if (part.from < to && part.to > from || from == to && part.to == from) {\n f(Math.max(part.from, from), Math.min(part.to, to), part.level == 1 ? \"rtl\" : \"ltr\");\n found = true;\n }\n }\n if (!found) f(from, to, \"ltr\");\n }\n\n function bidiLeft(part) { return part.level % 2 ? part.to : part.from; }\n function bidiRight(part) { return part.level % 2 ? part.from : part.to; }\n\n function lineLeft(line) { var order = getOrder(line); return order ? bidiLeft(order[0]) : 0; }\n function lineRight(line) {\n var order = getOrder(line);\n if (!order) return line.text.length;\n return bidiRight(lst(order));\n }\n\n function lineStart(cm, lineN) {\n var line = getLine(cm.doc, lineN);\n var visual = visualLine(line);\n if (visual != line) lineN = lineNo(visual);\n var order = getOrder(visual);\n var ch = !order ? 0 : order[0].level % 2 ? lineRight(visual) : lineLeft(visual);\n return Pos(lineN, ch);\n }\n function lineEnd(cm, lineN) {\n var merged, line = getLine(cm.doc, lineN);\n while (merged = collapsedSpanAtEnd(line)) {\n line = merged.find(1, true).line;\n lineN = null;\n }\n var order = getOrder(line);\n var ch = !order ? line.text.length : order[0].level % 2 ? lineLeft(line) : lineRight(line);\n return Pos(lineN == null ? lineNo(line) : lineN, ch);\n }\n function lineStartSmart(cm, pos) {\n var start = lineStart(cm, pos.line);\n var line = getLine(cm.doc, start.line);\n var order = getOrder(line);\n if (!order || order[0].level == 0) {\n var firstNonWS = Math.max(0, line.text.search(/\\S/));\n var inWS = pos.line == start.line && pos.ch <= firstNonWS && pos.ch;\n return Pos(start.line, inWS ? 0 : firstNonWS);\n }\n return start;\n }\n\n function compareBidiLevel(order, a, b) {\n var linedir = order[0].level;\n if (a == linedir) return true;\n if (b == linedir) return false;\n return a < b;\n }\n var bidiOther;\n function getBidiPartAt(order, pos) {\n bidiOther = null;\n for (var i = 0, found; i < order.length; ++i) {\n var cur = order[i];\n if (cur.from < pos && cur.to > pos) return i;\n if ((cur.from == pos || cur.to == pos)) {\n if (found == null) {\n found = i;\n } else if (compareBidiLevel(order, cur.level, order[found].level)) {\n if (cur.from != cur.to) bidiOther = found;\n return i;\n } else {\n if (cur.from != cur.to) bidiOther = i;\n return found;\n }\n }\n }\n return found;\n }\n\n function moveInLine(line, pos, dir, byUnit) {\n if (!byUnit) return pos + dir;\n do pos += dir;\n while (pos > 0 && isExtendingChar(line.text.charAt(pos)));\n return pos;\n }\n\n // This is needed in order to move 'visually' through bi-directional\n // text -- i.e., pressing left should make the cursor go left, even\n // when in RTL text. The tricky part is the 'jumps', where RTL and\n // LTR text touch each other. This often requires the cursor offset\n // to move more than one unit, in order to visually move one unit.\n function moveVisually(line, start, dir, byUnit) {\n var bidi = getOrder(line);\n if (!bidi) return moveLogically(line, start, dir, byUnit);\n var pos = getBidiPartAt(bidi, start), part = bidi[pos];\n var target = moveInLine(line, start, part.level % 2 ? -dir : dir, byUnit);\n\n for (;;) {\n if (target > part.from && target < part.to) return target;\n if (target == part.from || target == part.to) {\n if (getBidiPartAt(bidi, target) == pos) return target;\n part = bidi[pos += dir];\n return (dir > 0) == part.level % 2 ? part.to : part.from;\n } else {\n part = bidi[pos += dir];\n if (!part) return null;\n if ((dir > 0) == part.level % 2)\n target = moveInLine(line, part.to, -1, byUnit);\n else\n target = moveInLine(line, part.from, 1, byUnit);\n }\n }\n }\n\n function moveLogically(line, start, dir, byUnit) {\n var target = start + dir;\n if (byUnit) while (target > 0 && isExtendingChar(line.text.charAt(target))) target += dir;\n return target < 0 || target > line.text.length ? null : target;\n }\n\n // Bidirectional ordering algorithm\n // See http://unicode.org/reports/tr9/tr9-13.html for the algorithm\n // that this (partially) implements.\n\n // One-char codes used for character types:\n // L (L): Left-to-Right\n // R (R): Right-to-Left\n // r (AL): Right-to-Left Arabic\n // 1 (EN): European Number\n // + (ES): European Number Separator\n // % (ET): European Number Terminator\n // n (AN): Arabic Number\n // , (CS): Common Number Separator\n // m (NSM): Non-Spacing Mark\n // b (BN): Boundary Neutral\n // s (B): Paragraph Separator\n // t (S): Segment Separator\n // w (WS): Whitespace\n // N (ON): Other Neutrals\n\n // Returns null if characters are ordered as they appear\n // (left-to-right), or an array of sections ({from, to, level}\n // objects) in the order in which they occur visually.\n var bidiOrdering = (function() {\n // Character types for codepoints 0 to 0xff\n var lowTypes = \"bbbbbbbbbtstwsbbbbbbbbbbbbbbssstwNN%%%NNNNNN,N,N1111111111NNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNbbbbbbsbbbbbbbbbbbbbbbbbbbbbbbbbb,N%%%%NNNNLNNNNN%%11NLNNN1LNNNNNLLLLLLLLLLLLLLLLLLLLLLLNLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLN\";\n // Character types for codepoints 0x600 to 0x6ff\n var arabicTypes = \"rrrrrrrrrrrr,rNNmmmmmmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmrrrrrrrnnnnnnnnnn%nnrrrmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmmmmmmNmmmm\";\n function charType(code) {\n if (code <= 0xf7) return lowTypes.charAt(code);\n else if (0x590 <= code && code <= 0x5f4) return \"R\";\n else if (0x600 <= code && code <= 0x6ed) return arabicTypes.charAt(code - 0x600);\n else if (0x6ee <= code && code <= 0x8ac) return \"r\";\n else if (0x2000 <= code && code <= 0x200b) return \"w\";\n else if (code == 0x200c) return \"b\";\n else return \"L\";\n }\n\n var bidiRE = /[\\u0590-\\u05f4\\u0600-\\u06ff\\u0700-\\u08ac]/;\n var isNeutral = /[stwN]/, isStrong = /[LRr]/, countsAsLeft = /[Lb1n]/, countsAsNum = /[1n]/;\n // Browsers seem to always treat the boundaries of block elements as being L.\n var outerType = \"L\";\n\n function BidiSpan(level, from, to) {\n this.level = level;\n this.from = from; this.to = to;\n }\n\n return function(str) {\n if (!bidiRE.test(str)) return false;\n var len = str.length, types = [];\n for (var i = 0, type; i < len; ++i)\n types.push(type = charType(str.charCodeAt(i)));\n\n // W1. Examine each non-spacing mark (NSM) in the level run, and\n // change the type of the NSM to the type of the previous\n // character. If the NSM is at the start of the level run, it will\n // get the type of sor.\n for (var i = 0, prev = outerType; i < len; ++i) {\n var type = types[i];\n if (type == \"m\") types[i] = prev;\n else prev = type;\n }\n\n // W2. Search backwards from each instance of a European number\n // until the first strong type (R, L, AL, or sor) is found. If an\n // AL is found, change the type of the European number to Arabic\n // number.\n // W3. Change all ALs to R.\n for (var i = 0, cur = outerType; i < len; ++i) {\n var type = types[i];\n if (type == \"1\" && cur == \"r\") types[i] = \"n\";\n else if (isStrong.test(type)) { cur = type; if (type == \"r\") types[i] = \"R\"; }\n }\n\n // W4. A single European separator between two European numbers\n // changes to a European number. A single common separator between\n // two numbers of the same type changes to that type.\n for (var i = 1, prev = types[0]; i < len - 1; ++i) {\n var type = types[i];\n if (type == \"+\" && prev == \"1\" && types[i+1] == \"1\") types[i] = \"1\";\n else if (type == \",\" && prev == types[i+1] &&\n (prev == \"1\" || prev == \"n\")) types[i] = prev;\n prev = type;\n }\n\n // W5. A sequence of European terminators adjacent to European\n // numbers changes to all European numbers.\n // W6. Otherwise, separators and terminators change to Other\n // Neutral.\n for (var i = 0; i < len; ++i) {\n var type = types[i];\n if (type == \",\") types[i] = \"N\";\n else if (type == \"%\") {\n for (var end = i + 1; end < len && types[end] == \"%\"; ++end) {}\n var replace = (i && types[i-1] == \"!\") || (end < len && types[end] == \"1\") ? \"1\" : \"N\";\n for (var j = i; j < end; ++j) types[j] = replace;\n i = end - 1;\n }\n }\n\n // W7. Search backwards from each instance of a European number\n // until the first strong type (R, L, or sor) is found. If an L is\n // found, then change the type of the European number to L.\n for (var i = 0, cur = outerType; i < len; ++i) {\n var type = types[i];\n if (cur == \"L\" && type == \"1\") types[i] = \"L\";\n else if (isStrong.test(type)) cur = type;\n }\n\n // N1. A sequence of neutrals takes the direction of the\n // surrounding strong text if the text on both sides has the same\n // direction. European and Arabic numbers act as if they were R in\n // terms of their influence on neutrals. Start-of-level-run (sor)\n // and end-of-level-run (eor) are used at level run boundaries.\n // N2. Any remaining neutrals take the embedding direction.\n for (var i = 0; i < len; ++i) {\n if (isNeutral.test(types[i])) {\n for (var end = i + 1; end < len && isNeutral.test(types[end]); ++end) {}\n var before = (i ? types[i-1] : outerType) == \"L\";\n var after = (end < len ? types[end] : outerType) == \"L\";\n var replace = before || after ? \"L\" : \"R\";\n for (var j = i; j < end; ++j) types[j] = replace;\n i = end - 1;\n }\n }\n\n // Here we depart from the documented algorithm, in order to avoid\n // building up an actual levels array. Since there are only three\n // levels (0, 1, 2) in an implementation that doesn't take\n // explicit embedding into account, we can build up the order on\n // the fly, without following the level-based algorithm.\n var order = [], m;\n for (var i = 0; i < len;) {\n if (countsAsLeft.test(types[i])) {\n var start = i;\n for (++i; i < len && countsAsLeft.test(types[i]); ++i) {}\n order.push(new BidiSpan(0, start, i));\n } else {\n var pos = i, at = order.length;\n for (++i; i < len && types[i] != \"L\"; ++i) {}\n for (var j = pos; j < i;) {\n if (countsAsNum.test(types[j])) {\n if (pos < j) order.splice(at, 0, new BidiSpan(1, pos, j));\n var nstart = j;\n for (++j; j < i && countsAsNum.test(types[j]); ++j) {}\n order.splice(at, 0, new BidiSpan(2, nstart, j));\n pos = j;\n } else ++j;\n }\n if (pos < i) order.splice(at, 0, new BidiSpan(1, pos, i));\n }\n }\n if (order[0].level == 1 && (m = str.match(/^\\s+/))) {\n order[0].from = m[0].length;\n order.unshift(new BidiSpan(0, 0, m[0].length));\n }\n if (lst(order).level == 1 && (m = str.match(/\\s+$/))) {\n lst(order).to -= m[0].length;\n order.push(new BidiSpan(0, len - m[0].length, len));\n }\n if (order[0].level == 2)\n order.unshift(new BidiSpan(1, order[0].to, order[0].to));\n if (order[0].level != lst(order).level)\n order.push(new BidiSpan(order[0].level, len, len));\n\n return order;\n };\n })();\n\n // THE END\n\n CodeMirror.version = \"5.13.2\";\n\n return CodeMirror;\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.css": {
"text": "/* BASICS */\n\n.CodeMirror {\n /* Set height, width, borders, and global font properties here */\n font-family: monospace;\n height: 300px;\n color: black;\n}\n\n/* PADDING */\n\n.CodeMirror-lines {\n padding: 4px 0; /* Vertical padding around content */\n}\n.CodeMirror pre {\n padding: 0 4px; /* Horizontal padding of content */\n}\n\n.CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n background-color: white; /* The little square between H and V scrollbars */\n}\n\n/* GUTTER */\n\n.CodeMirror-gutters {\n border-right: 1px solid #ddd;\n background-color: #f7f7f7;\n white-space: nowrap;\n}\n.CodeMirror-linenumbers {}\n.CodeMirror-linenumber {\n padding: 0 3px 0 5px;\n min-width: 20px;\n text-align: right;\n color: #999;\n white-space: nowrap;\n}\n\n.CodeMirror-guttermarker { color: black; }\n.CodeMirror-guttermarker-subtle { color: #999; }\n\n/* CURSOR */\n\n.CodeMirror-cursor {\n border-left: 1px solid black;\n border-right: none;\n width: 0;\n}\n/* Shown when moving in bi-directional text */\n.CodeMirror div.CodeMirror-secondarycursor {\n border-left: 1px solid silver;\n}\n.cm-fat-cursor .CodeMirror-cursor {\n width: auto;\n border: 0;\n background: #7e7;\n}\n.cm-fat-cursor div.CodeMirror-cursors {\n z-index: 1;\n}\n\n.cm-animate-fat-cursor {\n width: auto;\n border: 0;\n -webkit-animation: blink 1.06s steps(1) infinite;\n -moz-animation: blink 1.06s steps(1) infinite;\n animation: blink 1.06s steps(1) infinite;\n background-color: #7e7;\n}\n@-moz-keyframes blink {\n 0% {}\n 50% { background-color: transparent; }\n 100% {}\n}\n@-webkit-keyframes blink {\n 0% {}\n 50% { background-color: transparent; }\n 100% {}\n}\n@keyframes blink {\n 0% {}\n 50% { background-color: transparent; }\n 100% {}\n}\n\n/* Can style cursor different in overwrite (non-insert) mode */\n.CodeMirror-overwrite .CodeMirror-cursor {}\n\n.cm-tab { display: inline-block; text-decoration: inherit; }\n\n.CodeMirror-ruler {\n border-left: 1px solid #ccc;\n position: absolute;\n}\n\n/* DEFAULT THEME */\n\n.cm-s-default .cm-header {color: blue;}\n.cm-s-default .cm-quote {color: #090;}\n.cm-negative {color: #d44;}\n.cm-positive {color: #292;}\n.cm-header, .cm-strong {font-weight: bold;}\n.cm-em {font-style: italic;}\n.cm-link {text-decoration: underline;}\n.cm-strikethrough {text-decoration: line-through;}\n\n.cm-s-default .cm-keyword {color: #708;}\n.cm-s-default .cm-atom {color: #219;}\n.cm-s-default .cm-number {color: #164;}\n.cm-s-default .cm-def {color: #00f;}\n.cm-s-default .cm-variable,\n.cm-s-default .cm-punctuation,\n.cm-s-default .cm-property,\n.cm-s-default .cm-operator {}\n.cm-s-default .cm-variable-2 {color: #05a;}\n.cm-s-default .cm-variable-3 {color: #085;}\n.cm-s-default .cm-comment {color: #a50;}\n.cm-s-default .cm-string {color: #a11;}\n.cm-s-default .cm-string-2 {color: #f50;}\n.cm-s-default .cm-meta {color: #555;}\n.cm-s-default .cm-qualifier {color: #555;}\n.cm-s-default .cm-builtin {color: #30a;}\n.cm-s-default .cm-bracket {color: #997;}\n.cm-s-default .cm-tag {color: #170;}\n.cm-s-default .cm-attribute {color: #00c;}\n.cm-s-default .cm-hr {color: #999;}\n.cm-s-default .cm-link {color: #00c;}\n\n.cm-s-default .cm-error {color: #f00;}\n.cm-invalidchar {color: #f00;}\n\n.CodeMirror-composing { border-bottom: 2px solid; }\n\n/* Default styles for common addons */\n\ndiv.CodeMirror span.CodeMirror-matchingbracket {color: #0f0;}\ndiv.CodeMirror span.CodeMirror-nonmatchingbracket {color: #f22;}\n.CodeMirror-matchingtag { background: rgba(255, 150, 0, .3); }\n.CodeMirror-activeline-background {background: #e8f2ff;}\n\n/* STOP */\n\n/* The rest of this file contains styles related to the mechanics of\n the editor. You probably shouldn't touch them. */\n\n.CodeMirror {\n position: relative;\n overflow: hidden;\n background: white;\n}\n\n.CodeMirror-scroll {\n overflow: scroll !important; /* Things will break if this is overridden */\n /* 30px is the magic margin used to hide the element's real scrollbars */\n /* See overflow: hidden in .CodeMirror */\n margin-bottom: -30px; margin-right: -30px;\n padding-bottom: 30px;\n height: 100%;\n outline: none; /* Prevent dragging from highlighting the element */\n position: relative;\n}\n.CodeMirror-sizer {\n position: relative;\n border-right: 30px solid transparent;\n}\n\n/* The fake, visible scrollbars. Used to force redraw during scrolling\n before actual scrolling happens, thus preventing shaking and\n flickering artifacts. */\n.CodeMirror-vscrollbar, .CodeMirror-hscrollbar, .CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n position: absolute;\n z-index: 6;\n display: none;\n}\n.CodeMirror-vscrollbar {\n right: 0; top: 0;\n overflow-x: hidden;\n overflow-y: scroll;\n}\n.CodeMirror-hscrollbar {\n bottom: 0; left: 0;\n overflow-y: hidden;\n overflow-x: scroll;\n}\n.CodeMirror-scrollbar-filler {\n right: 0; bottom: 0;\n}\n.CodeMirror-gutter-filler {\n left: 0; bottom: 0;\n}\n\n.CodeMirror-gutters {\n position: absolute; left: 0; top: 0;\n min-height: 100%;\n z-index: 3;\n}\n.CodeMirror-gutter {\n white-space: normal;\n height: 100%;\n display: inline-block;\n vertical-align: top;\n margin-bottom: -30px;\n /* Hack to make IE7 behave */\n *zoom:1;\n *display:inline;\n}\n.CodeMirror-gutter-wrapper {\n position: absolute;\n z-index: 4;\n background: none !important;\n border: none !important;\n}\n.CodeMirror-gutter-background {\n position: absolute;\n top: 0; bottom: 0;\n z-index: 4;\n}\n.CodeMirror-gutter-elt {\n position: absolute;\n cursor: default;\n z-index: 4;\n}\n.CodeMirror-gutter-wrapper {\n -webkit-user-select: none;\n -moz-user-select: none;\n user-select: none;\n}\n\n.CodeMirror-lines {\n cursor: text;\n min-height: 1px; /* prevents collapsing before first draw */\n}\n.CodeMirror pre {\n /* Reset some styles that the rest of the page might have set */\n -moz-border-radius: 0; -webkit-border-radius: 0; border-radius: 0;\n border-width: 0;\n background: transparent;\n font-family: inherit;\n font-size: inherit;\n margin: 0;\n white-space: pre;\n word-wrap: normal;\n line-height: inherit;\n color: inherit;\n z-index: 2;\n position: relative;\n overflow: visible;\n -webkit-tap-highlight-color: transparent;\n -webkit-font-variant-ligatures: none;\n font-variant-ligatures: none;\n}\n.CodeMirror-wrap pre {\n word-wrap: break-word;\n white-space: pre-wrap;\n word-break: normal;\n}\n\n.CodeMirror-linebackground {\n position: absolute;\n left: 0; right: 0; top: 0; bottom: 0;\n z-index: 0;\n}\n\n.CodeMirror-linewidget {\n position: relative;\n z-index: 2;\n overflow: auto;\n}\n\n.CodeMirror-widget {}\n\n.CodeMirror-code {\n outline: none;\n}\n\n/* Force content-box sizing for the elements where we expect it */\n.CodeMirror-scroll,\n.CodeMirror-sizer,\n.CodeMirror-gutter,\n.CodeMirror-gutters,\n.CodeMirror-linenumber {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n}\n\n.CodeMirror-measure {\n position: absolute;\n width: 100%;\n height: 0;\n overflow: hidden;\n visibility: hidden;\n}\n\n.CodeMirror-cursor { position: absolute; }\n.CodeMirror-measure pre { position: static; }\n\ndiv.CodeMirror-cursors {\n visibility: hidden;\n position: relative;\n z-index: 3;\n}\ndiv.CodeMirror-dragcursors {\n visibility: visible;\n}\n\n.CodeMirror-focused div.CodeMirror-cursors {\n visibility: visible;\n}\n\n.CodeMirror-selected { background: #d9d9d9; }\n.CodeMirror-focused .CodeMirror-selected { background: #d7d4f0; }\n.CodeMirror-crosshair { cursor: crosshair; }\n.CodeMirror-line::selection, .CodeMirror-line > span::selection, .CodeMirror-line > span > span::selection { background: #d7d4f0; }\n.CodeMirror-line::-moz-selection, .CodeMirror-line > span::-moz-selection, .CodeMirror-line > span > span::-moz-selection { background: #d7d4f0; }\n\n.cm-searching {\n background: #ffa;\n background: rgba(255, 255, 0, .4);\n}\n\n/* IE7 hack to prevent it from returning funny offsetTops on the spans */\n.CodeMirror span { *vertical-align: text-bottom; }\n\n/* Used to force a border model for a node */\n.cm-force-border { padding-right: .1px; }\n\n@media print {\n /* Hide the cursor when printing */\n .CodeMirror div.CodeMirror-cursors {\n visibility: hidden;\n }\n}\n\n/* See issue #2901 */\n.cm-tab-wrap-hack:after { content: ''; }\n\n/* Help users use markselection to safely style text background */\nspan.CodeMirror-selectedtext { background: none; }\n",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css",
"tags": "[[$:/tags/Stylesheet]]"
},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css": {
"text": ".CodeMirror-dialog {\n position: absolute;\n left: 0; right: 0;\n background: inherit;\n z-index: 15;\n padding: .1em .8em;\n overflow: hidden;\n color: inherit;\n}\n\n.CodeMirror-dialog-top {\n border-bottom: 1px solid #eee;\n top: 0;\n}\n\n.CodeMirror-dialog-bottom {\n border-top: 1px solid #eee;\n bottom: 0;\n}\n\n.CodeMirror-dialog input {\n border: none;\n outline: none;\n background: transparent;\n width: 20em;\n color: inherit;\n font-family: monospace;\n}\n\n.CodeMirror-dialog button {\n font-size: 70%;\n}\n",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css",
"tags": "[[$:/tags/Stylesheet]]"
},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// Open simple dialogs on top of an editor. Relies on dialog.css.\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n function dialogDiv(cm, template, bottom) {\n var wrap = cm.getWrapperElement();\n var dialog;\n dialog = wrap.appendChild(document.createElement(\"div\"));\n if (bottom)\n dialog.className = \"CodeMirror-dialog CodeMirror-dialog-bottom\";\n else\n dialog.className = \"CodeMirror-dialog CodeMirror-dialog-top\";\n\n if (typeof template == \"string\") {\n dialog.innerHTML = template;\n } else { // Assuming it's a detached DOM element.\n dialog.appendChild(template);\n }\n return dialog;\n }\n\n function closeNotification(cm, newVal) {\n if (cm.state.currentNotificationClose)\n cm.state.currentNotificationClose();\n cm.state.currentNotificationClose = newVal;\n }\n\n CodeMirror.defineExtension(\"openDialog\", function(template, callback, options) {\n if (!options) options = {};\n\n closeNotification(this, null);\n\n var dialog = dialogDiv(this, template, options.bottom);\n var closed = false, me = this;\n function close(newVal) {\n if (typeof newVal == 'string') {\n inp.value = newVal;\n } else {\n if (closed) return;\n closed = true;\n dialog.parentNode.removeChild(dialog);\n me.focus();\n\n if (options.onClose) options.onClose(dialog);\n }\n }\n\n var inp = dialog.getElementsByTagName(\"input\")[0], button;\n if (inp) {\n inp.focus();\n\n if (options.value) {\n inp.value = options.value;\n if (options.selectValueOnOpen !== false) {\n inp.select();\n }\n }\n\n if (options.onInput)\n CodeMirror.on(inp, \"input\", function(e) { options.onInput(e, inp.value, close);});\n if (options.onKeyUp)\n CodeMirror.on(inp, \"keyup\", function(e) {options.onKeyUp(e, inp.value, close);});\n\n CodeMirror.on(inp, \"keydown\", function(e) {\n if (options && options.onKeyDown && options.onKeyDown(e, inp.value, close)) { return; }\n if (e.keyCode == 27 || (options.closeOnEnter !== false && e.keyCode == 13)) {\n inp.blur();\n CodeMirror.e_stop(e);\n close();\n }\n if (e.keyCode == 13) callback(inp.value, e);\n });\n\n if (options.closeOnBlur !== false) CodeMirror.on(inp, \"blur\", close);\n } else if (button = dialog.getElementsByTagName(\"button\")[0]) {\n CodeMirror.on(button, \"click\", function() {\n close();\n me.focus();\n });\n\n if (options.closeOnBlur !== false) CodeMirror.on(button, \"blur\", close);\n\n button.focus();\n }\n return close;\n });\n\n CodeMirror.defineExtension(\"openConfirm\", function(template, callbacks, options) {\n closeNotification(this, null);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var buttons = dialog.getElementsByTagName(\"button\");\n var closed = false, me = this, blurring = 1;\n function close() {\n if (closed) return;\n closed = true;\n dialog.parentNode.removeChild(dialog);\n me.focus();\n }\n buttons[0].focus();\n for (var i = 0; i < buttons.length; ++i) {\n var b = buttons[i];\n (function(callback) {\n CodeMirror.on(b, \"click\", function(e) {\n CodeMirror.e_preventDefault(e);\n close();\n if (callback) callback(me);\n });\n })(callbacks[i]);\n CodeMirror.on(b, \"blur\", function() {\n --blurring;\n setTimeout(function() { if (blurring <= 0) close(); }, 200);\n });\n CodeMirror.on(b, \"focus\", function() { ++blurring; });\n }\n });\n\n /*\n * openNotification\n * Opens a notification, that can be closed with an optional timer\n * (default 5000ms timer) and always closes on click.\n *\n * If a notification is opened while another is opened, it will close the\n * currently opened one and open the new one immediately.\n */\n CodeMirror.defineExtension(\"openNotification\", function(template, options) {\n closeNotification(this, close);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var closed = false, doneTimer;\n var duration = options && typeof options.duration !== \"undefined\" ? options.duration : 5000;\n\n function close() {\n if (closed) return;\n closed = true;\n clearTimeout(doneTimer);\n dialog.parentNode.removeChild(dialog);\n }\n\n CodeMirror.on(dialog, 'click', function(e) {\n CodeMirror.e_preventDefault(e);\n close();\n });\n\n if (duration)\n doneTimer = setTimeout(close, duration);\n\n return close;\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n var ie_lt8 = /MSIE \\d/.test(navigator.userAgent) &&\n (document.documentMode == null || document.documentMode < 8);\n\n var Pos = CodeMirror.Pos;\n\n var matching = {\"(\": \")>\", \")\": \"(<\", \"[\": \"]>\", \"]\": \"[<\", \"{\": \"}>\", \"}\": \"{<\"};\n\n function findMatchingBracket(cm, where, strict, config) {\n var line = cm.getLineHandle(where.line), pos = where.ch - 1;\n var match = (pos >= 0 && matching[line.text.charAt(pos)]) || matching[line.text.charAt(++pos)];\n if (!match) return null;\n var dir = match.charAt(1) == \">\" ? 1 : -1;\n if (strict && (dir > 0) != (pos == where.ch)) return null;\n var style = cm.getTokenTypeAt(Pos(where.line, pos + 1));\n\n var found = scanForBracket(cm, Pos(where.line, pos + (dir > 0 ? 1 : 0)), dir, style || null, config);\n if (found == null) return null;\n return {from: Pos(where.line, pos), to: found && found.pos,\n match: found && found.ch == match.charAt(0), forward: dir > 0};\n }\n\n // bracketRegex is used to specify which type of bracket to scan\n // should be a regexp, e.g. /[[\\]]/\n //\n // Note: If \"where\" is on an open bracket, then this bracket is ignored.\n //\n // Returns false when no bracket was found, null when it reached\n // maxScanLines and gave up\n function scanForBracket(cm, where, dir, style, config) {\n var maxScanLen = (config && config.maxScanLineLength) || 10000;\n var maxScanLines = (config && config.maxScanLines) || 1000;\n\n var stack = [];\n var re = config && config.bracketRegex ? config.bracketRegex : /[(){}[\\]]/;\n var lineEnd = dir > 0 ? Math.min(where.line + maxScanLines, cm.lastLine() + 1)\n : Math.max(cm.firstLine() - 1, where.line - maxScanLines);\n for (var lineNo = where.line; lineNo != lineEnd; lineNo += dir) {\n var line = cm.getLine(lineNo);\n if (!line) continue;\n var pos = dir > 0 ? 0 : line.length - 1, end = dir > 0 ? line.length : -1;\n if (line.length > maxScanLen) continue;\n if (lineNo == where.line) pos = where.ch - (dir < 0 ? 1 : 0);\n for (; pos != end; pos += dir) {\n var ch = line.charAt(pos);\n if (re.test(ch) && (style === undefined || cm.getTokenTypeAt(Pos(lineNo, pos + 1)) == style)) {\n var match = matching[ch];\n if ((match.charAt(1) == \">\") == (dir > 0)) stack.push(ch);\n else if (!stack.length) return {pos: Pos(lineNo, pos), ch: ch};\n else stack.pop();\n }\n }\n }\n return lineNo - dir == (dir > 0 ? cm.lastLine() : cm.firstLine()) ? false : null;\n }\n\n function matchBrackets(cm, autoclear, config) {\n // Disable brace matching in long lines, since it'll cause hugely slow updates\n var maxHighlightLen = cm.state.matchBrackets.maxHighlightLineLength || 1000;\n var marks = [], ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var match = ranges[i].empty() && findMatchingBracket(cm, ranges[i].head, false, config);\n if (match && cm.getLine(match.from.line).length <= maxHighlightLen) {\n var style = match.match ? \"CodeMirror-matchingbracket\" : \"CodeMirror-nonmatchingbracket\";\n marks.push(cm.markText(match.from, Pos(match.from.line, match.from.ch + 1), {className: style}));\n if (match.to && cm.getLine(match.to.line).length <= maxHighlightLen)\n marks.push(cm.markText(match.to, Pos(match.to.line, match.to.ch + 1), {className: style}));\n }\n }\n\n if (marks.length) {\n // Kludge to work around the IE bug from issue #1193, where text\n // input stops going to the textare whever this fires.\n if (ie_lt8 && cm.state.focused) cm.focus();\n\n var clear = function() {\n cm.operation(function() {\n for (var i = 0; i < marks.length; i++) marks[i].clear();\n });\n };\n if (autoclear) setTimeout(clear, 800);\n else return clear;\n }\n }\n\n var currentlyHighlighted = null;\n function doMatchBrackets(cm) {\n cm.operation(function() {\n if (currentlyHighlighted) {currentlyHighlighted(); currentlyHighlighted = null;}\n currentlyHighlighted = matchBrackets(cm, false, cm.state.matchBrackets);\n });\n }\n\n CodeMirror.defineOption(\"matchBrackets\", false, function(cm, val, old) {\n if (old && old != CodeMirror.Init)\n cm.off(\"cursorActivity\", doMatchBrackets);\n if (val) {\n cm.state.matchBrackets = typeof val == \"object\" ? val : {};\n cm.on(\"cursorActivity\", doMatchBrackets);\n }\n });\n\n CodeMirror.defineExtension(\"matchBrackets\", function() {matchBrackets(this, true);});\n CodeMirror.defineExtension(\"findMatchingBracket\", function(pos, strict, config){\n return findMatchingBracket(this, pos, strict, config);\n });\n CodeMirror.defineExtension(\"scanForBracket\", function(pos, dir, style, config){\n return scanForBracket(this, pos, dir, style, config);\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.multiplexingMode = function(outer /*, others */) {\n // Others should be {open, close, mode [, delimStyle] [, innerStyle]} objects\n var others = Array.prototype.slice.call(arguments, 1);\n\n function indexOf(string, pattern, from, returnEnd) {\n if (typeof pattern == \"string\") {\n var found = string.indexOf(pattern, from);\n return returnEnd && found > -1 ? found + pattern.length : found;\n }\n var m = pattern.exec(from ? string.slice(from) : string);\n return m ? m.index + from + (returnEnd ? m[0].length : 0) : -1;\n }\n\n return {\n startState: function() {\n return {\n outer: CodeMirror.startState(outer),\n innerActive: null,\n inner: null\n };\n },\n\n copyState: function(state) {\n return {\n outer: CodeMirror.copyState(outer, state.outer),\n innerActive: state.innerActive,\n inner: state.innerActive && CodeMirror.copyState(state.innerActive.mode, state.inner)\n };\n },\n\n token: function(stream, state) {\n if (!state.innerActive) {\n var cutOff = Infinity, oldContent = stream.string;\n for (var i = 0; i < others.length; ++i) {\n var other = others[i];\n var found = indexOf(oldContent, other.open, stream.pos);\n if (found == stream.pos) {\n if (!other.parseDelimiters) stream.match(other.open);\n state.innerActive = other;\n state.inner = CodeMirror.startState(other.mode, outer.indent ? outer.indent(state.outer, \"\") : 0);\n return other.delimStyle && (other.delimStyle + \" \" + other.delimStyle + \"-open\");\n } else if (found != -1 && found < cutOff) {\n cutOff = found;\n }\n }\n if (cutOff != Infinity) stream.string = oldContent.slice(0, cutOff);\n var outerToken = outer.token(stream, state.outer);\n if (cutOff != Infinity) stream.string = oldContent;\n return outerToken;\n } else {\n var curInner = state.innerActive, oldContent = stream.string;\n if (!curInner.close && stream.sol()) {\n state.innerActive = state.inner = null;\n return this.token(stream, state);\n }\n var found = curInner.close ? indexOf(oldContent, curInner.close, stream.pos, curInner.parseDelimiters) : -1;\n if (found == stream.pos && !curInner.parseDelimiters) {\n stream.match(curInner.close);\n state.innerActive = state.inner = null;\n return curInner.delimStyle && (curInner.delimStyle + \" \" + curInner.delimStyle + \"-close\");\n }\n if (found > -1) stream.string = oldContent.slice(0, found);\n var innerToken = curInner.mode.token(stream, state.inner);\n if (found > -1) stream.string = oldContent;\n\n if (found == stream.pos && curInner.parseDelimiters)\n state.innerActive = state.inner = null;\n\n if (curInner.innerStyle) {\n if (innerToken) innerToken = innerToken + \" \" + curInner.innerStyle;\n else innerToken = curInner.innerStyle;\n }\n\n return innerToken;\n }\n },\n\n indent: function(state, textAfter) {\n var mode = state.innerActive ? state.innerActive.mode : outer;\n if (!mode.indent) return CodeMirror.Pass;\n return mode.indent(state.innerActive ? state.inner : state.outer, textAfter);\n },\n\n blankLine: function(state) {\n var mode = state.innerActive ? state.innerActive.mode : outer;\n if (mode.blankLine) {\n mode.blankLine(state.innerActive ? state.inner : state.outer);\n }\n if (!state.innerActive) {\n for (var i = 0; i < others.length; ++i) {\n var other = others[i];\n if (other.open === \"\\n\") {\n state.innerActive = other;\n state.inner = CodeMirror.startState(other.mode, mode.indent ? mode.indent(state.outer, \"\") : 0);\n }\n }\n } else if (state.innerActive.close === \"\\n\") {\n state.innerActive = state.inner = null;\n }\n },\n\n electricChars: outer.electricChars,\n\n innerMode: function(state) {\n return state.inner ? {state: state.inner, mode: state.innerActive.mode} : {state: state.outer, mode: outer};\n }\n };\n};\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/mode/multiplex.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n var Pos = CodeMirror.Pos;\n\n function SearchCursor(doc, query, pos, caseFold) {\n this.atOccurrence = false; this.doc = doc;\n if (caseFold == null && typeof query == \"string\") caseFold = false;\n\n pos = pos ? doc.clipPos(pos) : Pos(0, 0);\n this.pos = {from: pos, to: pos};\n\n // The matches method is filled in based on the type of query.\n // It takes a position and a direction, and returns an object\n // describing the next occurrence of the query, or null if no\n // more matches were found.\n if (typeof query != \"string\") { // Regexp match\n if (!query.global) query = new RegExp(query.source, query.ignoreCase ? \"ig\" : \"g\");\n this.matches = function(reverse, pos) {\n if (reverse) {\n query.lastIndex = 0;\n var line = doc.getLine(pos.line).slice(0, pos.ch), cutOff = 0, match, start;\n for (;;) {\n query.lastIndex = cutOff;\n var newMatch = query.exec(line);\n if (!newMatch) break;\n match = newMatch;\n start = match.index;\n cutOff = match.index + (match[0].length || 1);\n if (cutOff == line.length) break;\n }\n var matchLen = (match && match[0].length) || 0;\n if (!matchLen) {\n if (start == 0 && line.length == 0) {match = undefined;}\n else if (start != doc.getLine(pos.line).length) {\n matchLen++;\n }\n }\n } else {\n query.lastIndex = pos.ch;\n var line = doc.getLine(pos.line), match = query.exec(line);\n var matchLen = (match && match[0].length) || 0;\n var start = match && match.index;\n if (start + matchLen != line.length && !matchLen) matchLen = 1;\n }\n if (match && matchLen)\n return {from: Pos(pos.line, start),\n to: Pos(pos.line, start + matchLen),\n match: match};\n };\n } else { // String query\n var origQuery = query;\n if (caseFold) query = query.toLowerCase();\n var fold = caseFold ? function(str){return str.toLowerCase();} : function(str){return str;};\n var target = query.split(\"\\n\");\n // Different methods for single-line and multi-line queries\n if (target.length == 1) {\n if (!query.length) {\n // Empty string would match anything and never progress, so\n // we define it to match nothing instead.\n this.matches = function() {};\n } else {\n this.matches = function(reverse, pos) {\n if (reverse) {\n var orig = doc.getLine(pos.line).slice(0, pos.ch), line = fold(orig);\n var match = line.lastIndexOf(query);\n if (match > -1) {\n match = adjustPos(orig, line, match);\n return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n }\n } else {\n var orig = doc.getLine(pos.line).slice(pos.ch), line = fold(orig);\n var match = line.indexOf(query);\n if (match > -1) {\n match = adjustPos(orig, line, match) + pos.ch;\n return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n }\n }\n };\n }\n } else {\n var origTarget = origQuery.split(\"\\n\");\n this.matches = function(reverse, pos) {\n var last = target.length - 1;\n if (reverse) {\n if (pos.line - (target.length - 1) < doc.firstLine()) return;\n if (fold(doc.getLine(pos.line).slice(0, origTarget[last].length)) != target[target.length - 1]) return;\n var to = Pos(pos.line, origTarget[last].length);\n for (var ln = pos.line - 1, i = last - 1; i >= 1; --i, --ln)\n if (target[i] != fold(doc.getLine(ln))) return;\n var line = doc.getLine(ln), cut = line.length - origTarget[0].length;\n if (fold(line.slice(cut)) != target[0]) return;\n return {from: Pos(ln, cut), to: to};\n } else {\n if (pos.line + (target.length - 1) > doc.lastLine()) return;\n var line = doc.getLine(pos.line), cut = line.length - origTarget[0].length;\n if (fold(line.slice(cut)) != target[0]) return;\n var from = Pos(pos.line, cut);\n for (var ln = pos.line + 1, i = 1; i < last; ++i, ++ln)\n if (target[i] != fold(doc.getLine(ln))) return;\n if (fold(doc.getLine(ln).slice(0, origTarget[last].length)) != target[last]) return;\n return {from: from, to: Pos(ln, origTarget[last].length)};\n }\n };\n }\n }\n }\n\n SearchCursor.prototype = {\n findNext: function() {return this.find(false);},\n findPrevious: function() {return this.find(true);},\n\n find: function(reverse) {\n var self = this, pos = this.doc.clipPos(reverse ? this.pos.from : this.pos.to);\n function savePosAndFail(line) {\n var pos = Pos(line, 0);\n self.pos = {from: pos, to: pos};\n self.atOccurrence = false;\n return false;\n }\n\n for (;;) {\n if (this.pos = this.matches(reverse, pos)) {\n this.atOccurrence = true;\n return this.pos.match || true;\n }\n if (reverse) {\n if (!pos.line) return savePosAndFail(0);\n pos = Pos(pos.line-1, this.doc.getLine(pos.line-1).length);\n }\n else {\n var maxLine = this.doc.lineCount();\n if (pos.line == maxLine - 1) return savePosAndFail(maxLine);\n pos = Pos(pos.line + 1, 0);\n }\n }\n },\n\n from: function() {if (this.atOccurrence) return this.pos.from;},\n to: function() {if (this.atOccurrence) return this.pos.to;},\n\n replace: function(newText, origin) {\n if (!this.atOccurrence) return;\n var lines = CodeMirror.splitLines(newText);\n this.doc.replaceRange(lines, this.pos.from, this.pos.to, origin);\n this.pos.to = Pos(this.pos.from.line + lines.length - 1,\n lines[lines.length - 1].length + (lines.length == 1 ? this.pos.from.ch : 0));\n }\n };\n\n // Maps a position in a case-folded line back to a position in the original line\n // (compensating for codepoints increasing in number during folding)\n function adjustPos(orig, folded, pos) {\n if (orig.length == folded.length) return pos;\n for (var pos1 = Math.min(pos, orig.length);;) {\n var len1 = orig.slice(0, pos1).toLowerCase().length;\n if (len1 < pos) ++pos1;\n else if (len1 > pos) --pos1;\n else return pos1;\n }\n }\n\n CodeMirror.defineExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n return new SearchCursor(this.doc, query, pos, caseFold);\n });\n CodeMirror.defineDocExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n return new SearchCursor(this, query, pos, caseFold);\n });\n\n CodeMirror.defineExtension(\"selectMatches\", function(query, caseFold) {\n var ranges = [];\n var cur = this.getSearchCursor(query, this.getCursor(\"from\"), caseFold);\n while (cur.findNext()) {\n if (CodeMirror.cmpPos(cur.to(), this.getCursor(\"to\")) > 0) break;\n ranges.push({anchor: cur.from(), head: cur.to()});\n }\n if (ranges.length)\n this.setSelections(ranges, 0);\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/css/css.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"css\", function(config, parserConfig) {\n var inline = parserConfig.inline\n if (!parserConfig.propertyKeywords) parserConfig = CodeMirror.resolveMode(\"text/css\");\n\n var indentUnit = config.indentUnit,\n tokenHooks = parserConfig.tokenHooks,\n documentTypes = parserConfig.documentTypes || {},\n mediaTypes = parserConfig.mediaTypes || {},\n mediaFeatures = parserConfig.mediaFeatures || {},\n mediaValueKeywords = parserConfig.mediaValueKeywords || {},\n propertyKeywords = parserConfig.propertyKeywords || {},\n nonStandardPropertyKeywords = parserConfig.nonStandardPropertyKeywords || {},\n fontProperties = parserConfig.fontProperties || {},\n counterDescriptors = parserConfig.counterDescriptors || {},\n colorKeywords = parserConfig.colorKeywords || {},\n valueKeywords = parserConfig.valueKeywords || {},\n allowNested = parserConfig.allowNested,\n supportsAtComponent = parserConfig.supportsAtComponent === true;\n\n var type, override;\n function ret(style, tp) { type = tp; return style; }\n\n // Tokenizers\n\n function tokenBase(stream, state) {\n var ch = stream.next();\n if (tokenHooks[ch]) {\n var result = tokenHooks[ch](stream, state);\n if (result !== false) return result;\n }\n if (ch == \"@\") {\n stream.eatWhile(/[\\w\\\\\\-]/);\n return ret(\"def\", stream.current());\n } else if (ch == \"=\" || (ch == \"~\" || ch == \"|\") && stream.eat(\"=\")) {\n return ret(null, \"compare\");\n } else if (ch == \"\\\"\" || ch == \"'\") {\n state.tokenize = tokenString(ch);\n return state.tokenize(stream, state);\n } else if (ch == \"#\") {\n stream.eatWhile(/[\\w\\\\\\-]/);\n return ret(\"atom\", \"hash\");\n } else if (ch == \"!\") {\n stream.match(/^\\s*\\w*/);\n return ret(\"keyword\", \"important\");\n } else if (/\\d/.test(ch) || ch == \".\" && stream.eat(/\\d/)) {\n stream.eatWhile(/[\\w.%]/);\n return ret(\"number\", \"unit\");\n } else if (ch === \"-\") {\n if (/[\\d.]/.test(stream.peek())) {\n stream.eatWhile(/[\\w.%]/);\n return ret(\"number\", \"unit\");\n } else if (stream.match(/^-[\\w\\\\\\-]+/)) {\n stream.eatWhile(/[\\w\\\\\\-]/);\n if (stream.match(/^\\s*:/, false))\n return ret(\"variable-2\", \"variable-definition\");\n return ret(\"variable-2\", \"variable\");\n } else if (stream.match(/^\\w+-/)) {\n return ret(\"meta\", \"meta\");\n }\n } else if (/[,+>*\\/]/.test(ch)) {\n return ret(null, \"select-op\");\n } else if (ch == \".\" && stream.match(/^-?[_a-z][_a-z0-9-]*/i)) {\n return ret(\"qualifier\", \"qualifier\");\n } else if (/[:;{}\\[\\]\\(\\)]/.test(ch)) {\n return ret(null, ch);\n } else if ((ch == \"u\" && stream.match(/rl(-prefix)?\\(/)) ||\n (ch == \"d\" && stream.match(\"omain(\")) ||\n (ch == \"r\" && stream.match(\"egexp(\"))) {\n stream.backUp(1);\n state.tokenize = tokenParenthesized;\n return ret(\"property\", \"word\");\n } else if (/[\\w\\\\\\-]/.test(ch)) {\n stream.eatWhile(/[\\w\\\\\\-]/);\n return ret(\"property\", \"word\");\n } else {\n return ret(null, null);\n }\n }\n\n function tokenString(quote) {\n return function(stream, state) {\n var escaped = false, ch;\n while ((ch = stream.next()) != null) {\n if (ch == quote && !escaped) {\n if (quote == \")\") stream.backUp(1);\n break;\n }\n escaped = !escaped && ch == \"\\\\\";\n }\n if (ch == quote || !escaped && quote != \")\") state.tokenize = null;\n return ret(\"string\", \"string\");\n };\n }\n\n function tokenParenthesized(stream, state) {\n stream.next(); // Must be '('\n if (!stream.match(/\\s*[\\\"\\')]/, false))\n state.tokenize = tokenString(\")\");\n else\n state.tokenize = null;\n return ret(null, \"(\");\n }\n\n // Context management\n\n function Context(type, indent, prev) {\n this.type = type;\n this.indent = indent;\n this.prev = prev;\n }\n\n function pushContext(state, stream, type, indent) {\n state.context = new Context(type, stream.indentation() + (indent === false ? 0 : indentUnit), state.context);\n return type;\n }\n\n function popContext(state) {\n if (state.context.prev)\n state.context = state.context.prev;\n return state.context.type;\n }\n\n function pass(type, stream, state) {\n return states[state.context.type](type, stream, state);\n }\n function popAndPass(type, stream, state, n) {\n for (var i = n || 1; i > 0; i--)\n state.context = state.context.prev;\n return pass(type, stream, state);\n }\n\n // Parser\n\n function wordAsValue(stream) {\n var word = stream.current().toLowerCase();\n if (valueKeywords.hasOwnProperty(word))\n override = \"atom\";\n else if (colorKeywords.hasOwnProperty(word))\n override = \"keyword\";\n else\n override = \"variable\";\n }\n\n var states = {};\n\n states.top = function(type, stream, state) {\n if (type == \"{\") {\n return pushContext(state, stream, \"block\");\n } else if (type == \"}\" && state.context.prev) {\n return popContext(state);\n } else if (supportsAtComponent && /@component/.test(type)) {\n return pushContext(state, stream, \"atComponentBlock\");\n } else if (/^@(-moz-)?document$/.test(type)) {\n return pushContext(state, stream, \"documentTypes\");\n } else if (/^@(media|supports|(-moz-)?document|import)$/.test(type)) {\n return pushContext(state, stream, \"atBlock\");\n } else if (/^@(font-face|counter-style)/.test(type)) {\n state.stateArg = type;\n return \"restricted_atBlock_before\";\n } else if (/^@(-(moz|ms|o|webkit)-)?keyframes$/.test(type)) {\n return \"keyframes\";\n } else if (type && type.charAt(0) == \"@\") {\n return pushContext(state, stream, \"at\");\n } else if (type == \"hash\") {\n override = \"builtin\";\n } else if (type == \"word\") {\n override = \"tag\";\n } else if (type == \"variable-definition\") {\n return \"maybeprop\";\n } else if (type == \"interpolation\") {\n return pushContext(state, stream, \"interpolation\");\n } else if (type == \":\") {\n return \"pseudo\";\n } else if (allowNested && type == \"(\") {\n return pushContext(state, stream, \"parens\");\n }\n return state.context.type;\n };\n\n states.block = function(type, stream, state) {\n if (type == \"word\") {\n var word = stream.current().toLowerCase();\n if (propertyKeywords.hasOwnProperty(word)) {\n override = \"property\";\n return \"maybeprop\";\n } else if (nonStandardPropertyKeywords.hasOwnProperty(word)) {\n override = \"string-2\";\n return \"maybeprop\";\n } else if (allowNested) {\n override = stream.match(/^\\s*:(?:\\s|$)/, false) ? \"property\" : \"tag\";\n return \"block\";\n } else {\n override += \" error\";\n return \"maybeprop\";\n }\n } else if (type == \"meta\") {\n return \"block\";\n } else if (!allowNested && (type == \"hash\" || type == \"qualifier\")) {\n override = \"error\";\n return \"block\";\n } else {\n return states.top(type, stream, state);\n }\n };\n\n states.maybeprop = function(type, stream, state) {\n if (type == \":\") return pushContext(state, stream, \"prop\");\n return pass(type, stream, state);\n };\n\n states.prop = function(type, stream, state) {\n if (type == \";\") return popContext(state);\n if (type == \"{\" && allowNested) return pushContext(state, stream, \"propBlock\");\n if (type == \"}\" || type == \"{\") return popAndPass(type, stream, state);\n if (type == \"(\") return pushContext(state, stream, \"parens\");\n\n if (type == \"hash\" && !/^#([0-9a-fA-f]{3,4}|[0-9a-fA-f]{6}|[0-9a-fA-f]{8})$/.test(stream.current())) {\n override += \" error\";\n } else if (type == \"word\") {\n wordAsValue(stream);\n } else if (type == \"interpolation\") {\n return pushContext(state, stream, \"interpolation\");\n }\n return \"prop\";\n };\n\n states.propBlock = function(type, _stream, state) {\n if (type == \"}\") return popContext(state);\n if (type == \"word\") { override = \"property\"; return \"maybeprop\"; }\n return state.context.type;\n };\n\n states.parens = function(type, stream, state) {\n if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state);\n if (type == \")\") return popContext(state);\n if (type == \"(\") return pushContext(state, stream, \"parens\");\n if (type == \"interpolation\") return pushContext(state, stream, \"interpolation\");\n if (type == \"word\") wordAsValue(stream);\n return \"parens\";\n };\n\n states.pseudo = function(type, stream, state) {\n if (type == \"word\") {\n override = \"variable-3\";\n return state.context.type;\n }\n return pass(type, stream, state);\n };\n\n states.documentTypes = function(type, stream, state) {\n if (type == \"word\" && documentTypes.hasOwnProperty(stream.current())) {\n override = \"tag\";\n return state.context.type;\n } else {\n return states.atBlock(type, stream, state);\n }\n };\n\n states.atBlock = function(type, stream, state) {\n if (type == \"(\") return pushContext(state, stream, \"atBlock_parens\");\n if (type == \"}\" || type == \";\") return popAndPass(type, stream, state);\n if (type == \"{\") return popContext(state) && pushContext(state, stream, allowNested ? \"block\" : \"top\");\n\n if (type == \"interpolation\") return pushContext(state, stream, \"interpolation\");\n\n if (type == \"word\") {\n var word = stream.current().toLowerCase();\n if (word == \"only\" || word == \"not\" || word == \"and\" || word == \"or\")\n override = \"keyword\";\n else if (mediaTypes.hasOwnProperty(word))\n override = \"attribute\";\n else if (mediaFeatures.hasOwnProperty(word))\n override = \"property\";\n else if (mediaValueKeywords.hasOwnProperty(word))\n override = \"keyword\";\n else if (propertyKeywords.hasOwnProperty(word))\n override = \"property\";\n else if (nonStandardPropertyKeywords.hasOwnProperty(word))\n override = \"string-2\";\n else if (valueKeywords.hasOwnProperty(word))\n override = \"atom\";\n else if (colorKeywords.hasOwnProperty(word))\n override = \"keyword\";\n else\n override = \"error\";\n }\n return state.context.type;\n };\n\n states.atComponentBlock = function(type, stream, state) {\n if (type == \"}\")\n return popAndPass(type, stream, state);\n if (type == \"{\")\n return popContext(state) && pushContext(state, stream, allowNested ? \"block\" : \"top\", false);\n if (type == \"word\")\n override = \"error\";\n return state.context.type;\n };\n\n states.atBlock_parens = function(type, stream, state) {\n if (type == \")\") return popContext(state);\n if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state, 2);\n return states.atBlock(type, stream, state);\n };\n\n states.restricted_atBlock_before = function(type, stream, state) {\n if (type == \"{\")\n return pushContext(state, stream, \"restricted_atBlock\");\n if (type == \"word\" && state.stateArg == \"@counter-style\") {\n override = \"variable\";\n return \"restricted_atBlock_before\";\n }\n return pass(type, stream, state);\n };\n\n states.restricted_atBlock = function(type, stream, state) {\n if (type == \"}\") {\n state.stateArg = null;\n return popContext(state);\n }\n if (type == \"word\") {\n if ((state.stateArg == \"@font-face\" && !fontProperties.hasOwnProperty(stream.current().toLowerCase())) ||\n (state.stateArg == \"@counter-style\" && !counterDescriptors.hasOwnProperty(stream.current().toLowerCase())))\n override = \"error\";\n else\n override = \"property\";\n return \"maybeprop\";\n }\n return \"restricted_atBlock\";\n };\n\n states.keyframes = function(type, stream, state) {\n if (type == \"word\") { override = \"variable\"; return \"keyframes\"; }\n if (type == \"{\") return pushContext(state, stream, \"top\");\n return pass(type, stream, state);\n };\n\n states.at = function(type, stream, state) {\n if (type == \";\") return popContext(state);\n if (type == \"{\" || type == \"}\") return popAndPass(type, stream, state);\n if (type == \"word\") override = \"tag\";\n else if (type == \"hash\") override = \"builtin\";\n return \"at\";\n };\n\n states.interpolation = function(type, stream, state) {\n if (type == \"}\") return popContext(state);\n if (type == \"{\" || type == \";\") return popAndPass(type, stream, state);\n if (type == \"word\") override = \"variable\";\n else if (type != \"variable\" && type != \"(\" && type != \")\") override = \"error\";\n return \"interpolation\";\n };\n\n return {\n startState: function(base) {\n return {tokenize: null,\n state: inline ? \"block\" : \"top\",\n stateArg: null,\n context: new Context(inline ? \"block\" : \"top\", base || 0, null)};\n },\n\n token: function(stream, state) {\n if (!state.tokenize && stream.eatSpace()) return null;\n var style = (state.tokenize || tokenBase)(stream, state);\n if (style && typeof style == \"object\") {\n type = style[1];\n style = style[0];\n }\n override = style;\n state.state = states[state.state](type, stream, state);\n return override;\n },\n\n indent: function(state, textAfter) {\n var cx = state.context, ch = textAfter && textAfter.charAt(0);\n var indent = cx.indent;\n if (cx.type == \"prop\" && (ch == \"}\" || ch == \")\")) cx = cx.prev;\n if (cx.prev) {\n if (ch == \"}\" && (cx.type == \"block\" || cx.type == \"top\" ||\n cx.type == \"interpolation\" || cx.type == \"restricted_atBlock\")) {\n // Resume indentation from parent context.\n cx = cx.prev;\n indent = cx.indent;\n } else if (ch == \")\" && (cx.type == \"parens\" || cx.type == \"atBlock_parens\") ||\n ch == \"{\" && (cx.type == \"at\" || cx.type == \"atBlock\")) {\n // Dedent relative to current context.\n indent = Math.max(0, cx.indent - indentUnit);\n cx = cx.prev;\n }\n }\n return indent;\n },\n\n electricChars: \"}\",\n blockCommentStart: \"/*\",\n blockCommentEnd: \"*/\",\n fold: \"brace\"\n };\n});\n\n function keySet(array) {\n var keys = {};\n for (var i = 0; i < array.length; ++i) {\n keys[array[i]] = true;\n }\n return keys;\n }\n\n var documentTypes_ = [\n \"domain\", \"regexp\", \"url\", \"url-prefix\"\n ], documentTypes = keySet(documentTypes_);\n\n var mediaTypes_ = [\n \"all\", \"aural\", \"braille\", \"handheld\", \"print\", \"projection\", \"screen\",\n \"tty\", \"tv\", \"embossed\"\n ], mediaTypes = keySet(mediaTypes_);\n\n var mediaFeatures_ = [\n \"width\", \"min-width\", \"max-width\", \"height\", \"min-height\", \"max-height\",\n \"device-width\", \"min-device-width\", \"max-device-width\", \"device-height\",\n \"min-device-height\", \"max-device-height\", \"aspect-ratio\",\n \"min-aspect-ratio\", \"max-aspect-ratio\", \"device-aspect-ratio\",\n \"min-device-aspect-ratio\", \"max-device-aspect-ratio\", \"color\", \"min-color\",\n \"max-color\", \"color-index\", \"min-color-index\", \"max-color-index\",\n \"monochrome\", \"min-monochrome\", \"max-monochrome\", \"resolution\",\n \"min-resolution\", \"max-resolution\", \"scan\", \"grid\", \"orientation\",\n \"device-pixel-ratio\", \"min-device-pixel-ratio\", \"max-device-pixel-ratio\",\n \"pointer\", \"any-pointer\", \"hover\", \"any-hover\"\n ], mediaFeatures = keySet(mediaFeatures_);\n\n var mediaValueKeywords_ = [\n \"landscape\", \"portrait\", \"none\", \"coarse\", \"fine\", \"on-demand\", \"hover\",\n \"interlace\", \"progressive\"\n ], mediaValueKeywords = keySet(mediaValueKeywords_);\n\n var propertyKeywords_ = [\n \"align-content\", \"align-items\", \"align-self\", \"alignment-adjust\",\n \"alignment-baseline\", \"anchor-point\", \"animation\", \"animation-delay\",\n \"animation-direction\", \"animation-duration\", \"animation-fill-mode\",\n \"animation-iteration-count\", \"animation-name\", \"animation-play-state\",\n \"animation-timing-function\", \"appearance\", \"azimuth\", \"backface-visibility\",\n \"background\", \"background-attachment\", \"background-blend-mode\", \"background-clip\",\n \"background-color\", \"background-image\", \"background-origin\", \"background-position\",\n \"background-repeat\", \"background-size\", \"baseline-shift\", \"binding\",\n \"bleed\", \"bookmark-label\", \"bookmark-level\", \"bookmark-state\",\n \"bookmark-target\", \"border\", \"border-bottom\", \"border-bottom-color\",\n \"border-bottom-left-radius\", \"border-bottom-right-radius\",\n \"border-bottom-style\", \"border-bottom-width\", \"border-collapse\",\n \"border-color\", \"border-image\", \"border-image-outset\",\n \"border-image-repeat\", \"border-image-slice\", \"border-image-source\",\n \"border-image-width\", \"border-left\", \"border-left-color\",\n \"border-left-style\", \"border-left-width\", \"border-radius\", \"border-right\",\n \"border-right-color\", \"border-right-style\", \"border-right-width\",\n \"border-spacing\", \"border-style\", \"border-top\", \"border-top-color\",\n \"border-top-left-radius\", \"border-top-right-radius\", \"border-top-style\",\n \"border-top-width\", \"border-width\", \"bottom\", \"box-decoration-break\",\n \"box-shadow\", \"box-sizing\", \"break-after\", \"break-before\", \"break-inside\",\n \"caption-side\", \"clear\", \"clip\", \"color\", \"color-profile\", \"column-count\",\n \"column-fill\", \"column-gap\", \"column-rule\", \"column-rule-color\",\n \"column-rule-style\", \"column-rule-width\", \"column-span\", \"column-width\",\n \"columns\", \"content\", \"counter-increment\", \"counter-reset\", \"crop\", \"cue\",\n \"cue-after\", \"cue-before\", \"cursor\", \"direction\", \"display\",\n \"dominant-baseline\", \"drop-initial-after-adjust\",\n \"drop-initial-after-align\", \"drop-initial-before-adjust\",\n \"drop-initial-before-align\", \"drop-initial-size\", \"drop-initial-value\",\n \"elevation\", \"empty-cells\", \"fit\", \"fit-position\", \"flex\", \"flex-basis\",\n \"flex-direction\", \"flex-flow\", \"flex-grow\", \"flex-shrink\", \"flex-wrap\",\n \"float\", \"float-offset\", \"flow-from\", \"flow-into\", \"font\", \"font-feature-settings\",\n \"font-family\", \"font-kerning\", \"font-language-override\", \"font-size\", \"font-size-adjust\",\n \"font-stretch\", \"font-style\", \"font-synthesis\", \"font-variant\",\n \"font-variant-alternates\", \"font-variant-caps\", \"font-variant-east-asian\",\n \"font-variant-ligatures\", \"font-variant-numeric\", \"font-variant-position\",\n \"font-weight\", \"grid\", \"grid-area\", \"grid-auto-columns\", \"grid-auto-flow\",\n \"grid-auto-position\", \"grid-auto-rows\", \"grid-column\", \"grid-column-end\",\n \"grid-column-start\", \"grid-row\", \"grid-row-end\", \"grid-row-start\",\n \"grid-template\", \"grid-template-areas\", \"grid-template-columns\",\n \"grid-template-rows\", \"hanging-punctuation\", \"height\", \"hyphens\",\n \"icon\", \"image-orientation\", \"image-rendering\", \"image-resolution\",\n \"inline-box-align\", \"justify-content\", \"left\", \"letter-spacing\",\n \"line-break\", \"line-height\", \"line-stacking\", \"line-stacking-ruby\",\n \"line-stacking-shift\", \"line-stacking-strategy\", \"list-style\",\n \"list-style-image\", \"list-style-position\", \"list-style-type\", \"margin\",\n \"margin-bottom\", \"margin-left\", \"margin-right\", \"margin-top\",\n \"marker-offset\", \"marks\", \"marquee-direction\", \"marquee-loop\",\n \"marquee-play-count\", \"marquee-speed\", \"marquee-style\", \"max-height\",\n \"max-width\", \"min-height\", \"min-width\", \"move-to\", \"nav-down\", \"nav-index\",\n \"nav-left\", \"nav-right\", \"nav-up\", \"object-fit\", \"object-position\",\n \"opacity\", \"order\", \"orphans\", \"outline\",\n \"outline-color\", \"outline-offset\", \"outline-style\", \"outline-width\",\n \"overflow\", \"overflow-style\", \"overflow-wrap\", \"overflow-x\", \"overflow-y\",\n \"padding\", \"padding-bottom\", \"padding-left\", \"padding-right\", \"padding-top\",\n \"page\", \"page-break-after\", \"page-break-before\", \"page-break-inside\",\n \"page-policy\", \"pause\", \"pause-after\", \"pause-before\", \"perspective\",\n \"perspective-origin\", \"pitch\", \"pitch-range\", \"play-during\", \"position\",\n \"presentation-level\", \"punctuation-trim\", \"quotes\", \"region-break-after\",\n \"region-break-before\", \"region-break-inside\", \"region-fragment\",\n \"rendering-intent\", \"resize\", \"rest\", \"rest-after\", \"rest-before\", \"richness\",\n \"right\", \"rotation\", \"rotation-point\", \"ruby-align\", \"ruby-overhang\",\n \"ruby-position\", \"ruby-span\", \"shape-image-threshold\", \"shape-inside\", \"shape-margin\",\n \"shape-outside\", \"size\", \"speak\", \"speak-as\", \"speak-header\",\n \"speak-numeral\", \"speak-punctuation\", \"speech-rate\", \"stress\", \"string-set\",\n \"tab-size\", \"table-layout\", \"target\", \"target-name\", \"target-new\",\n \"target-position\", \"text-align\", \"text-align-last\", \"text-decoration\",\n \"text-decoration-color\", \"text-decoration-line\", \"text-decoration-skip\",\n \"text-decoration-style\", \"text-emphasis\", \"text-emphasis-color\",\n \"text-emphasis-position\", \"text-emphasis-style\", \"text-height\",\n \"text-indent\", \"text-justify\", \"text-outline\", \"text-overflow\", \"text-shadow\",\n \"text-size-adjust\", \"text-space-collapse\", \"text-transform\", \"text-underline-position\",\n \"text-wrap\", \"top\", \"transform\", \"transform-origin\", \"transform-style\",\n \"transition\", \"transition-delay\", \"transition-duration\",\n \"transition-property\", \"transition-timing-function\", \"unicode-bidi\",\n \"vertical-align\", \"visibility\", \"voice-balance\", \"voice-duration\",\n \"voice-family\", \"voice-pitch\", \"voice-range\", \"voice-rate\", \"voice-stress\",\n \"voice-volume\", \"volume\", \"white-space\", \"widows\", \"width\", \"word-break\",\n \"word-spacing\", \"word-wrap\", \"z-index\",\n // SVG-specific\n \"clip-path\", \"clip-rule\", \"mask\", \"enable-background\", \"filter\", \"flood-color\",\n \"flood-opacity\", \"lighting-color\", \"stop-color\", \"stop-opacity\", \"pointer-events\",\n \"color-interpolation\", \"color-interpolation-filters\",\n \"color-rendering\", \"fill\", \"fill-opacity\", \"fill-rule\", \"image-rendering\",\n \"marker\", \"marker-end\", \"marker-mid\", \"marker-start\", \"shape-rendering\", \"stroke\",\n \"stroke-dasharray\", \"stroke-dashoffset\", \"stroke-linecap\", \"stroke-linejoin\",\n \"stroke-miterlimit\", \"stroke-opacity\", \"stroke-width\", \"text-rendering\",\n \"baseline-shift\", \"dominant-baseline\", \"glyph-orientation-horizontal\",\n \"glyph-orientation-vertical\", \"text-anchor\", \"writing-mode\"\n ], propertyKeywords = keySet(propertyKeywords_);\n\n var nonStandardPropertyKeywords_ = [\n \"scrollbar-arrow-color\", \"scrollbar-base-color\", \"scrollbar-dark-shadow-color\",\n \"scrollbar-face-color\", \"scrollbar-highlight-color\", \"scrollbar-shadow-color\",\n \"scrollbar-3d-light-color\", \"scrollbar-track-color\", \"shape-inside\",\n \"searchfield-cancel-button\", \"searchfield-decoration\", \"searchfield-results-button\",\n \"searchfield-results-decoration\", \"zoom\"\n ], nonStandardPropertyKeywords = keySet(nonStandardPropertyKeywords_);\n\n var fontProperties_ = [\n \"font-family\", \"src\", \"unicode-range\", \"font-variant\", \"font-feature-settings\",\n \"font-stretch\", \"font-weight\", \"font-style\"\n ], fontProperties = keySet(fontProperties_);\n\n var counterDescriptors_ = [\n \"additive-symbols\", \"fallback\", \"negative\", \"pad\", \"prefix\", \"range\",\n \"speak-as\", \"suffix\", \"symbols\", \"system\"\n ], counterDescriptors = keySet(counterDescriptors_);\n\n var colorKeywords_ = [\n \"aliceblue\", \"antiquewhite\", \"aqua\", \"aquamarine\", \"azure\", \"beige\",\n \"bisque\", \"black\", \"blanchedalmond\", \"blue\", \"blueviolet\", \"brown\",\n \"burlywood\", \"cadetblue\", \"chartreuse\", \"chocolate\", \"coral\", \"cornflowerblue\",\n \"cornsilk\", \"crimson\", \"cyan\", \"darkblue\", \"darkcyan\", \"darkgoldenrod\",\n \"darkgray\", \"darkgreen\", \"darkkhaki\", \"darkmagenta\", \"darkolivegreen\",\n \"darkorange\", \"darkorchid\", \"darkred\", \"darksalmon\", \"darkseagreen\",\n \"darkslateblue\", \"darkslategray\", \"darkturquoise\", \"darkviolet\",\n \"deeppink\", \"deepskyblue\", \"dimgray\", \"dodgerblue\", \"firebrick\",\n \"floralwhite\", \"forestgreen\", \"fuchsia\", \"gainsboro\", \"ghostwhite\",\n \"gold\", \"goldenrod\", \"gray\", \"grey\", \"green\", \"greenyellow\", \"honeydew\",\n \"hotpink\", \"indianred\", \"indigo\", \"ivory\", \"khaki\", \"lavender\",\n \"lavenderblush\", \"lawngreen\", \"lemonchiffon\", \"lightblue\", \"lightcoral\",\n \"lightcyan\", \"lightgoldenrodyellow\", \"lightgray\", \"lightgreen\", \"lightpink\",\n \"lightsalmon\", \"lightseagreen\", \"lightskyblue\", \"lightslategray\",\n \"lightsteelblue\", \"lightyellow\", \"lime\", \"limegreen\", \"linen\", \"magenta\",\n \"maroon\", \"mediumaquamarine\", \"mediumblue\", \"mediumorchid\", \"mediumpurple\",\n \"mediumseagreen\", \"mediumslateblue\", \"mediumspringgreen\", \"mediumturquoise\",\n \"mediumvioletred\", \"midnightblue\", \"mintcream\", \"mistyrose\", \"moccasin\",\n \"navajowhite\", \"navy\", \"oldlace\", \"olive\", \"olivedrab\", \"orange\", \"orangered\",\n \"orchid\", \"palegoldenrod\", \"palegreen\", \"paleturquoise\", \"palevioletred\",\n \"papayawhip\", \"peachpuff\", \"peru\", \"pink\", \"plum\", \"powderblue\",\n \"purple\", \"rebeccapurple\", \"red\", \"rosybrown\", \"royalblue\", \"saddlebrown\",\n \"salmon\", \"sandybrown\", \"seagreen\", \"seashell\", \"sienna\", \"silver\", \"skyblue\",\n \"slateblue\", \"slategray\", \"snow\", \"springgreen\", \"steelblue\", \"tan\",\n \"teal\", \"thistle\", \"tomato\", \"turquoise\", \"violet\", \"wheat\", \"white\",\n \"whitesmoke\", \"yellow\", \"yellowgreen\"\n ], colorKeywords = keySet(colorKeywords_);\n\n var valueKeywords_ = [\n \"above\", \"absolute\", \"activeborder\", \"additive\", \"activecaption\", \"afar\",\n \"after-white-space\", \"ahead\", \"alias\", \"all\", \"all-scroll\", \"alphabetic\", \"alternate\",\n \"always\", \"amharic\", \"amharic-abegede\", \"antialiased\", \"appworkspace\",\n \"arabic-indic\", \"armenian\", \"asterisks\", \"attr\", \"auto\", \"avoid\", \"avoid-column\", \"avoid-page\",\n \"avoid-region\", \"background\", \"backwards\", \"baseline\", \"below\", \"bidi-override\", \"binary\",\n \"bengali\", \"blink\", \"block\", \"block-axis\", \"bold\", \"bolder\", \"border\", \"border-box\",\n \"both\", \"bottom\", \"break\", \"break-all\", \"break-word\", \"bullets\", \"button\", \"button-bevel\",\n \"buttonface\", \"buttonhighlight\", \"buttonshadow\", \"buttontext\", \"calc\", \"cambodian\",\n \"capitalize\", \"caps-lock-indicator\", \"caption\", \"captiontext\", \"caret\",\n \"cell\", \"center\", \"checkbox\", \"circle\", \"cjk-decimal\", \"cjk-earthly-branch\",\n \"cjk-heavenly-stem\", \"cjk-ideographic\", \"clear\", \"clip\", \"close-quote\",\n \"col-resize\", \"collapse\", \"color\", \"color-burn\", \"color-dodge\", \"column\", \"column-reverse\",\n \"compact\", \"condensed\", \"contain\", \"content\",\n \"content-box\", \"context-menu\", \"continuous\", \"copy\", \"counter\", \"counters\", \"cover\", \"crop\",\n \"cross\", \"crosshair\", \"currentcolor\", \"cursive\", \"cyclic\", \"darken\", \"dashed\", \"decimal\",\n \"decimal-leading-zero\", \"default\", \"default-button\", \"destination-atop\",\n \"destination-in\", \"destination-out\", \"destination-over\", \"devanagari\", \"difference\",\n \"disc\", \"discard\", \"disclosure-closed\", \"disclosure-open\", \"document\",\n \"dot-dash\", \"dot-dot-dash\",\n \"dotted\", \"double\", \"down\", \"e-resize\", \"ease\", \"ease-in\", \"ease-in-out\", \"ease-out\",\n \"element\", \"ellipse\", \"ellipsis\", \"embed\", \"end\", \"ethiopic\", \"ethiopic-abegede\",\n \"ethiopic-abegede-am-et\", \"ethiopic-abegede-gez\", \"ethiopic-abegede-ti-er\",\n \"ethiopic-abegede-ti-et\", \"ethiopic-halehame-aa-er\",\n \"ethiopic-halehame-aa-et\", \"ethiopic-halehame-am-et\",\n \"ethiopic-halehame-gez\", \"ethiopic-halehame-om-et\",\n \"ethiopic-halehame-sid-et\", \"ethiopic-halehame-so-et\",\n \"ethiopic-halehame-ti-er\", \"ethiopic-halehame-ti-et\", \"ethiopic-halehame-tig\",\n \"ethiopic-numeric\", \"ew-resize\", \"exclusion\", \"expanded\", \"extends\", \"extra-condensed\",\n \"extra-expanded\", \"fantasy\", \"fast\", \"fill\", \"fixed\", \"flat\", \"flex\", \"flex-end\", \"flex-start\", \"footnotes\",\n \"forwards\", \"from\", \"geometricPrecision\", \"georgian\", \"graytext\", \"groove\",\n \"gujarati\", \"gurmukhi\", \"hand\", \"hangul\", \"hangul-consonant\", \"hard-light\", \"hebrew\",\n \"help\", \"hidden\", \"hide\", \"higher\", \"highlight\", \"highlighttext\",\n \"hiragana\", \"hiragana-iroha\", \"horizontal\", \"hsl\", \"hsla\", \"hue\", \"icon\", \"ignore\",\n \"inactiveborder\", \"inactivecaption\", \"inactivecaptiontext\", \"infinite\",\n \"infobackground\", \"infotext\", \"inherit\", \"initial\", \"inline\", \"inline-axis\",\n \"inline-block\", \"inline-flex\", \"inline-table\", \"inset\", \"inside\", \"intrinsic\", \"invert\",\n \"italic\", \"japanese-formal\", \"japanese-informal\", \"justify\", \"kannada\",\n \"katakana\", \"katakana-iroha\", \"keep-all\", \"khmer\",\n \"korean-hangul-formal\", \"korean-hanja-formal\", \"korean-hanja-informal\",\n \"landscape\", \"lao\", \"large\", \"larger\", \"left\", \"level\", \"lighter\", \"lighten\",\n \"line-through\", \"linear\", \"linear-gradient\", \"lines\", \"list-item\", \"listbox\", \"listitem\",\n \"local\", \"logical\", \"loud\", \"lower\", \"lower-alpha\", \"lower-armenian\",\n \"lower-greek\", \"lower-hexadecimal\", \"lower-latin\", \"lower-norwegian\",\n \"lower-roman\", \"lowercase\", \"ltr\", \"luminosity\", \"malayalam\", \"match\", \"matrix\", \"matrix3d\",\n \"media-controls-background\", \"media-current-time-display\",\n \"media-fullscreen-button\", \"media-mute-button\", \"media-play-button\",\n \"media-return-to-realtime-button\", \"media-rewind-button\",\n \"media-seek-back-button\", \"media-seek-forward-button\", \"media-slider\",\n \"media-sliderthumb\", \"media-time-remaining-display\", \"media-volume-slider\",\n \"media-volume-slider-container\", \"media-volume-sliderthumb\", \"medium\",\n \"menu\", \"menulist\", \"menulist-button\", \"menulist-text\",\n \"menulist-textfield\", \"menutext\", \"message-box\", \"middle\", \"min-intrinsic\",\n \"mix\", \"mongolian\", \"monospace\", \"move\", \"multiple\", \"multiply\", \"myanmar\", \"n-resize\",\n \"narrower\", \"ne-resize\", \"nesw-resize\", \"no-close-quote\", \"no-drop\",\n \"no-open-quote\", \"no-repeat\", \"none\", \"normal\", \"not-allowed\", \"nowrap\",\n \"ns-resize\", \"numbers\", \"numeric\", \"nw-resize\", \"nwse-resize\", \"oblique\", \"octal\", \"open-quote\",\n \"optimizeLegibility\", \"optimizeSpeed\", \"oriya\", \"oromo\", \"outset\",\n \"outside\", \"outside-shape\", \"overlay\", \"overline\", \"padding\", \"padding-box\",\n \"painted\", \"page\", \"paused\", \"persian\", \"perspective\", \"plus-darker\", \"plus-lighter\",\n \"pointer\", \"polygon\", \"portrait\", \"pre\", \"pre-line\", \"pre-wrap\", \"preserve-3d\",\n \"progress\", \"push-button\", \"radial-gradient\", \"radio\", \"read-only\",\n \"read-write\", \"read-write-plaintext-only\", \"rectangle\", \"region\",\n \"relative\", \"repeat\", \"repeating-linear-gradient\",\n \"repeating-radial-gradient\", \"repeat-x\", \"repeat-y\", \"reset\", \"reverse\",\n \"rgb\", \"rgba\", \"ridge\", \"right\", \"rotate\", \"rotate3d\", \"rotateX\", \"rotateY\",\n \"rotateZ\", \"round\", \"row\", \"row-resize\", \"row-reverse\", \"rtl\", \"run-in\", \"running\",\n \"s-resize\", \"sans-serif\", \"saturation\", \"scale\", \"scale3d\", \"scaleX\", \"scaleY\", \"scaleZ\", \"screen\",\n \"scroll\", \"scrollbar\", \"se-resize\", \"searchfield\",\n \"searchfield-cancel-button\", \"searchfield-decoration\",\n \"searchfield-results-button\", \"searchfield-results-decoration\",\n \"semi-condensed\", \"semi-expanded\", \"separate\", \"serif\", \"show\", \"sidama\",\n \"simp-chinese-formal\", \"simp-chinese-informal\", \"single\",\n \"skew\", \"skewX\", \"skewY\", \"skip-white-space\", \"slide\", \"slider-horizontal\",\n \"slider-vertical\", \"sliderthumb-horizontal\", \"sliderthumb-vertical\", \"slow\",\n \"small\", \"small-caps\", \"small-caption\", \"smaller\", \"soft-light\", \"solid\", \"somali\",\n \"source-atop\", \"source-in\", \"source-out\", \"source-over\", \"space\", \"space-around\", \"space-between\", \"spell-out\", \"square\",\n \"square-button\", \"start\", \"static\", \"status-bar\", \"stretch\", \"stroke\", \"sub\",\n \"subpixel-antialiased\", \"super\", \"sw-resize\", \"symbolic\", \"symbols\", \"table\",\n \"table-caption\", \"table-cell\", \"table-column\", \"table-column-group\",\n \"table-footer-group\", \"table-header-group\", \"table-row\", \"table-row-group\",\n \"tamil\",\n \"telugu\", \"text\", \"text-bottom\", \"text-top\", \"textarea\", \"textfield\", \"thai\",\n \"thick\", \"thin\", \"threeddarkshadow\", \"threedface\", \"threedhighlight\",\n \"threedlightshadow\", \"threedshadow\", \"tibetan\", \"tigre\", \"tigrinya-er\",\n \"tigrinya-er-abegede\", \"tigrinya-et\", \"tigrinya-et-abegede\", \"to\", \"top\",\n \"trad-chinese-formal\", \"trad-chinese-informal\",\n \"translate\", \"translate3d\", \"translateX\", \"translateY\", \"translateZ\",\n \"transparent\", \"ultra-condensed\", \"ultra-expanded\", \"underline\", \"up\",\n \"upper-alpha\", \"upper-armenian\", \"upper-greek\", \"upper-hexadecimal\",\n \"upper-latin\", \"upper-norwegian\", \"upper-roman\", \"uppercase\", \"urdu\", \"url\",\n \"var\", \"vertical\", \"vertical-text\", \"visible\", \"visibleFill\", \"visiblePainted\",\n \"visibleStroke\", \"visual\", \"w-resize\", \"wait\", \"wave\", \"wider\",\n \"window\", \"windowframe\", \"windowtext\", \"words\", \"wrap\", \"wrap-reverse\", \"x-large\", \"x-small\", \"xor\",\n \"xx-large\", \"xx-small\"\n ], valueKeywords = keySet(valueKeywords_);\n\n var allWords = documentTypes_.concat(mediaTypes_).concat(mediaFeatures_).concat(mediaValueKeywords_)\n .concat(propertyKeywords_).concat(nonStandardPropertyKeywords_).concat(colorKeywords_)\n .concat(valueKeywords_);\n CodeMirror.registerHelper(\"hintWords\", \"css\", allWords);\n\n function tokenCComment(stream, state) {\n var maybeEnd = false, ch;\n while ((ch = stream.next()) != null) {\n if (maybeEnd && ch == \"/\") {\n state.tokenize = null;\n break;\n }\n maybeEnd = (ch == \"*\");\n }\n return [\"comment\", \"comment\"];\n }\n\n CodeMirror.defineMIME(\"text/css\", {\n documentTypes: documentTypes,\n mediaTypes: mediaTypes,\n mediaFeatures: mediaFeatures,\n mediaValueKeywords: mediaValueKeywords,\n propertyKeywords: propertyKeywords,\n nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n fontProperties: fontProperties,\n counterDescriptors: counterDescriptors,\n colorKeywords: colorKeywords,\n valueKeywords: valueKeywords,\n tokenHooks: {\n \"/\": function(stream, state) {\n if (!stream.eat(\"*\")) return false;\n state.tokenize = tokenCComment;\n return tokenCComment(stream, state);\n }\n },\n name: \"css\"\n });\n\n CodeMirror.defineMIME(\"text/x-scss\", {\n mediaTypes: mediaTypes,\n mediaFeatures: mediaFeatures,\n mediaValueKeywords: mediaValueKeywords,\n propertyKeywords: propertyKeywords,\n nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n colorKeywords: colorKeywords,\n valueKeywords: valueKeywords,\n fontProperties: fontProperties,\n allowNested: true,\n tokenHooks: {\n \"/\": function(stream, state) {\n if (stream.eat(\"/\")) {\n stream.skipToEnd();\n return [\"comment\", \"comment\"];\n } else if (stream.eat(\"*\")) {\n state.tokenize = tokenCComment;\n return tokenCComment(stream, state);\n } else {\n return [\"operator\", \"operator\"];\n }\n },\n \":\": function(stream) {\n if (stream.match(/\\s*\\{/))\n return [null, \"{\"];\n return false;\n },\n \"$\": function(stream) {\n stream.match(/^[\\w-]+/);\n if (stream.match(/^\\s*:/, false))\n return [\"variable-2\", \"variable-definition\"];\n return [\"variable-2\", \"variable\"];\n },\n \"#\": function(stream) {\n if (!stream.eat(\"{\")) return false;\n return [null, \"interpolation\"];\n }\n },\n name: \"css\",\n helperType: \"scss\"\n });\n\n CodeMirror.defineMIME(\"text/x-less\", {\n mediaTypes: mediaTypes,\n mediaFeatures: mediaFeatures,\n mediaValueKeywords: mediaValueKeywords,\n propertyKeywords: propertyKeywords,\n nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n colorKeywords: colorKeywords,\n valueKeywords: valueKeywords,\n fontProperties: fontProperties,\n allowNested: true,\n tokenHooks: {\n \"/\": function(stream, state) {\n if (stream.eat(\"/\")) {\n stream.skipToEnd();\n return [\"comment\", \"comment\"];\n } else if (stream.eat(\"*\")) {\n state.tokenize = tokenCComment;\n return tokenCComment(stream, state);\n } else {\n return [\"operator\", \"operator\"];\n }\n },\n \"@\": function(stream) {\n if (stream.eat(\"{\")) return [null, \"interpolation\"];\n if (stream.match(/^(charset|document|font-face|import|(-(moz|ms|o|webkit)-)?keyframes|media|namespace|page|supports)\\b/, false)) return false;\n stream.eatWhile(/[\\w\\\\\\-]/);\n if (stream.match(/^\\s*:/, false))\n return [\"variable-2\", \"variable-definition\"];\n return [\"variable-2\", \"variable\"];\n },\n \"&\": function() {\n return [\"atom\", \"atom\"];\n }\n },\n name: \"css\",\n helperType: \"less\"\n });\n\n CodeMirror.defineMIME(\"text/x-gss\", {\n documentTypes: documentTypes,\n mediaTypes: mediaTypes,\n mediaFeatures: mediaFeatures,\n propertyKeywords: propertyKeywords,\n nonStandardPropertyKeywords: nonStandardPropertyKeywords,\n fontProperties: fontProperties,\n counterDescriptors: counterDescriptors,\n colorKeywords: colorKeywords,\n valueKeywords: valueKeywords,\n supportsAtComponent: true,\n tokenHooks: {\n \"/\": function(stream, state) {\n if (!stream.eat(\"*\")) return false;\n state.tokenize = tokenCComment;\n return tokenCComment(stream, state);\n }\n },\n name: \"css\",\n helperType: \"gss\"\n });\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/css/css.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"), require(\"../htmlmixed/htmlmixed\"),\n require(\"../../addon/mode/multiplex\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\", \"../htmlmixed/htmlmixed\",\n \"../../addon/mode/multiplex\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n CodeMirror.defineMode(\"htmlembedded\", function(config, parserConfig) {\n return CodeMirror.multiplexingMode(CodeMirror.getMode(config, \"htmlmixed\"), {\n open: parserConfig.open || parserConfig.scriptStartRegex || \"<%\",\n close: parserConfig.close || parserConfig.scriptEndRegex || \"%>\",\n mode: CodeMirror.getMode(config, parserConfig.scriptingModeSpec)\n });\n }, \"htmlmixed\");\n\n CodeMirror.defineMIME(\"application/x-ejs\", {name: \"htmlembedded\", scriptingModeSpec:\"javascript\"});\n CodeMirror.defineMIME(\"application/x-aspx\", {name: \"htmlembedded\", scriptingModeSpec:\"text/x-csharp\"});\n CodeMirror.defineMIME(\"application/x-jsp\", {name: \"htmlembedded\", scriptingModeSpec:\"text/x-java\"});\n CodeMirror.defineMIME(\"application/x-erb\", {name: \"htmlembedded\", scriptingModeSpec:\"ruby\"});\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/htmlembedded/htmlembedded.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"), require(\"../xml/xml\"), require(\"../javascript/javascript\"), require(\"../css/css\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\", \"../xml/xml\", \"../javascript/javascript\", \"../css/css\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var defaultTags = {\n script: [\n [\"lang\", /(javascript|babel)/i, \"javascript\"],\n [\"type\", /^(?:text|application)\\/(?:x-)?(?:java|ecma)script$|^$/i, \"javascript\"],\n [\"type\", /./, \"text/plain\"],\n [null, null, \"javascript\"]\n ],\n style: [\n [\"lang\", /^css$/i, \"css\"],\n [\"type\", /^(text\\/)?(x-)?(stylesheet|css)$/i, \"css\"],\n [\"type\", /./, \"text/plain\"],\n [null, null, \"css\"]\n ]\n };\n\n function maybeBackup(stream, pat, style) {\n var cur = stream.current(), close = cur.search(pat);\n if (close > -1) {\n stream.backUp(cur.length - close);\n } else if (cur.match(/<\\/?$/)) {\n stream.backUp(cur.length);\n if (!stream.match(pat, false)) stream.match(cur);\n }\n return style;\n }\n\n var attrRegexpCache = {};\n function getAttrRegexp(attr) {\n var regexp = attrRegexpCache[attr];\n if (regexp) return regexp;\n return attrRegexpCache[attr] = new RegExp(\"\\\\s+\" + attr + \"\\\\s*=\\\\s*('|\\\")?([^'\\\"]+)('|\\\")?\\\\s*\");\n }\n\n function getAttrValue(text, attr) {\n var match = text.match(getAttrRegexp(attr))\n return match ? match[2] : \"\"\n }\n\n function getTagRegexp(tagName, anchored) {\n return new RegExp((anchored ? \"^\" : \"\") + \"<\\/\\s*\" + tagName + \"\\s*>\", \"i\");\n }\n\n function addTags(from, to) {\n for (var tag in from) {\n var dest = to[tag] || (to[tag] = []);\n var source = from[tag];\n for (var i = source.length - 1; i >= 0; i--)\n dest.unshift(source[i])\n }\n }\n\n function findMatchingMode(tagInfo, tagText) {\n for (var i = 0; i < tagInfo.length; i++) {\n var spec = tagInfo[i];\n if (!spec[0] || spec[1].test(getAttrValue(tagText, spec[0]))) return spec[2];\n }\n }\n\n CodeMirror.defineMode(\"htmlmixed\", function (config, parserConfig) {\n var htmlMode = CodeMirror.getMode(config, {\n name: \"xml\",\n htmlMode: true,\n multilineTagIndentFactor: parserConfig.multilineTagIndentFactor,\n multilineTagIndentPastTag: parserConfig.multilineTagIndentPastTag\n });\n\n var tags = {};\n var configTags = parserConfig && parserConfig.tags, configScript = parserConfig && parserConfig.scriptTypes;\n addTags(defaultTags, tags);\n if (configTags) addTags(configTags, tags);\n if (configScript) for (var i = configScript.length - 1; i >= 0; i--)\n tags.script.unshift([\"type\", configScript[i].matches, configScript[i].mode])\n\n function html(stream, state) {\n var style = htmlMode.token(stream, state.htmlState), tag = /\\btag\\b/.test(style), tagName\n if (tag && !/[<>\\s\\/]/.test(stream.current()) &&\n (tagName = state.htmlState.tagName && state.htmlState.tagName.toLowerCase()) &&\n tags.hasOwnProperty(tagName)) {\n state.inTag = tagName + \" \"\n } else if (state.inTag && tag && />$/.test(stream.current())) {\n var inTag = /^([\\S]+) (.*)/.exec(state.inTag)\n state.inTag = null\n var modeSpec = stream.current() == \">\" && findMatchingMode(tags[inTag[1]], inTag[2])\n var mode = CodeMirror.getMode(config, modeSpec)\n var endTagA = getTagRegexp(inTag[1], true), endTag = getTagRegexp(inTag[1], false);\n state.token = function (stream, state) {\n if (stream.match(endTagA, false)) {\n state.token = html;\n state.localState = state.localMode = null;\n return null;\n }\n return maybeBackup(stream, endTag, state.localMode.token(stream, state.localState));\n };\n state.localMode = mode;\n state.localState = CodeMirror.startState(mode, htmlMode.indent(state.htmlState, \"\"));\n } else if (state.inTag) {\n state.inTag += stream.current()\n if (stream.eol()) state.inTag += \" \"\n }\n return style;\n };\n\n return {\n startState: function () {\n var state = htmlMode.startState();\n return {token: html, inTag: null, localMode: null, localState: null, htmlState: state};\n },\n\n copyState: function (state) {\n var local;\n if (state.localState) {\n local = CodeMirror.copyState(state.localMode, state.localState);\n }\n return {token: state.token, inTag: state.inTag,\n localMode: state.localMode, localState: local,\n htmlState: CodeMirror.copyState(htmlMode, state.htmlState)};\n },\n\n token: function (stream, state) {\n return state.token(stream, state);\n },\n\n indent: function (state, textAfter) {\n if (!state.localMode || /^\\s*<\\//.test(textAfter))\n return htmlMode.indent(state.htmlState, textAfter);\n else if (state.localMode.indent)\n return state.localMode.indent(state.localState, textAfter);\n else\n return CodeMirror.Pass;\n },\n\n innerMode: function (state) {\n return {state: state.localState || state.htmlState, mode: state.localMode || htmlMode};\n }\n };\n }, \"xml\", \"javascript\", \"css\");\n\n CodeMirror.defineMIME(\"text/html\", \"htmlmixed\");\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/htmlmixed/htmlmixed.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// TODO actually recognize syntax of TypeScript constructs\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nfunction expressionAllowed(stream, state, backUp) {\n return /^(?:operator|sof|keyword c|case|new|[\\[{}\\(,;:]|=>)$/.test(state.lastType) ||\n (state.lastType == \"quasi\" && /\\{\\s*$/.test(stream.string.slice(0, stream.pos - (backUp || 0))))\n}\n\nCodeMirror.defineMode(\"javascript\", function(config, parserConfig) {\n var indentUnit = config.indentUnit;\n var statementIndent = parserConfig.statementIndent;\n var jsonldMode = parserConfig.jsonld;\n var jsonMode = parserConfig.json || jsonldMode;\n var isTS = parserConfig.typescript;\n var wordRE = parserConfig.wordCharacters || /[\\w$\\xa1-\\uffff]/;\n\n // Tokenizer\n\n var keywords = function(){\n function kw(type) {return {type: type, style: \"keyword\"};}\n var A = kw(\"keyword a\"), B = kw(\"keyword b\"), C = kw(\"keyword c\");\n var operator = kw(\"operator\"), atom = {type: \"atom\", style: \"atom\"};\n\n var jsKeywords = {\n \"if\": kw(\"if\"), \"while\": A, \"with\": A, \"else\": B, \"do\": B, \"try\": B, \"finally\": B,\n \"return\": C, \"break\": C, \"continue\": C, \"new\": kw(\"new\"), \"delete\": C, \"throw\": C, \"debugger\": C,\n \"var\": kw(\"var\"), \"const\": kw(\"var\"), \"let\": kw(\"var\"),\n \"function\": kw(\"function\"), \"catch\": kw(\"catch\"),\n \"for\": kw(\"for\"), \"switch\": kw(\"switch\"), \"case\": kw(\"case\"), \"default\": kw(\"default\"),\n \"in\": operator, \"typeof\": operator, \"instanceof\": operator,\n \"true\": atom, \"false\": atom, \"null\": atom, \"undefined\": atom, \"NaN\": atom, \"Infinity\": atom,\n \"this\": kw(\"this\"), \"class\": kw(\"class\"), \"super\": kw(\"atom\"),\n \"yield\": C, \"export\": kw(\"export\"), \"import\": kw(\"import\"), \"extends\": C\n };\n\n // Extend the 'normal' keywords with the TypeScript language extensions\n if (isTS) {\n var type = {type: \"variable\", style: \"variable-3\"};\n var tsKeywords = {\n // object-like things\n \"interface\": kw(\"class\"),\n \"implements\": C,\n \"namespace\": C,\n \"module\": kw(\"module\"),\n \"enum\": kw(\"module\"),\n\n // scope modifiers\n \"public\": kw(\"modifier\"),\n \"private\": kw(\"modifier\"),\n \"protected\": kw(\"modifier\"),\n \"abstract\": kw(\"modifier\"),\n\n // operators\n \"as\": operator,\n\n // types\n \"string\": type, \"number\": type, \"boolean\": type, \"any\": type\n };\n\n for (var attr in tsKeywords) {\n jsKeywords[attr] = tsKeywords[attr];\n }\n }\n\n return jsKeywords;\n }();\n\n var isOperatorChar = /[+\\-*&%=<>!?|~^]/;\n var isJsonldKeyword = /^@(context|id|value|language|type|container|list|set|reverse|index|base|vocab|graph)\"/;\n\n function readRegexp(stream) {\n var escaped = false, next, inSet = false;\n while ((next = stream.next()) != null) {\n if (!escaped) {\n if (next == \"/\" && !inSet) return;\n if (next == \"[\") inSet = true;\n else if (inSet && next == \"]\") inSet = false;\n }\n escaped = !escaped && next == \"\\\\\";\n }\n }\n\n // Used as scratch variables to communicate multiple values without\n // consing up tons of objects.\n var type, content;\n function ret(tp, style, cont) {\n type = tp; content = cont;\n return style;\n }\n function tokenBase(stream, state) {\n var ch = stream.next();\n if (ch == '\"' || ch == \"'\") {\n state.tokenize = tokenString(ch);\n return state.tokenize(stream, state);\n } else if (ch == \".\" && stream.match(/^\\d+(?:[eE][+\\-]?\\d+)?/)) {\n return ret(\"number\", \"number\");\n } else if (ch == \".\" && stream.match(\"..\")) {\n return ret(\"spread\", \"meta\");\n } else if (/[\\[\\]{}\\(\\),;\\:\\.]/.test(ch)) {\n return ret(ch);\n } else if (ch == \"=\" && stream.eat(\">\")) {\n return ret(\"=>\", \"operator\");\n } else if (ch == \"0\" && stream.eat(/x/i)) {\n stream.eatWhile(/[\\da-f]/i);\n return ret(\"number\", \"number\");\n } else if (ch == \"0\" && stream.eat(/o/i)) {\n stream.eatWhile(/[0-7]/i);\n return ret(\"number\", \"number\");\n } else if (ch == \"0\" && stream.eat(/b/i)) {\n stream.eatWhile(/[01]/i);\n return ret(\"number\", \"number\");\n } else if (/\\d/.test(ch)) {\n stream.match(/^\\d*(?:\\.\\d*)?(?:[eE][+\\-]?\\d+)?/);\n return ret(\"number\", \"number\");\n } else if (ch == \"/\") {\n if (stream.eat(\"*\")) {\n state.tokenize = tokenComment;\n return tokenComment(stream, state);\n } else if (stream.eat(\"/\")) {\n stream.skipToEnd();\n return ret(\"comment\", \"comment\");\n } else if (expressionAllowed(stream, state, 1)) {\n readRegexp(stream);\n stream.match(/^\\b(([gimyu])(?![gimyu]*\\2))+\\b/);\n return ret(\"regexp\", \"string-2\");\n } else {\n stream.eatWhile(isOperatorChar);\n return ret(\"operator\", \"operator\", stream.current());\n }\n } else if (ch == \"`\") {\n state.tokenize = tokenQuasi;\n return tokenQuasi(stream, state);\n } else if (ch == \"#\") {\n stream.skipToEnd();\n return ret(\"error\", \"error\");\n } else if (isOperatorChar.test(ch)) {\n stream.eatWhile(isOperatorChar);\n return ret(\"operator\", \"operator\", stream.current());\n } else if (wordRE.test(ch)) {\n stream.eatWhile(wordRE);\n var word = stream.current(), known = keywords.propertyIsEnumerable(word) && keywords[word];\n return (known && state.lastType != \".\") ? ret(known.type, known.style, word) :\n ret(\"variable\", \"variable\", word);\n }\n }\n\n function tokenString(quote) {\n return function(stream, state) {\n var escaped = false, next;\n if (jsonldMode && stream.peek() == \"@\" && stream.match(isJsonldKeyword)){\n state.tokenize = tokenBase;\n return ret(\"jsonld-keyword\", \"meta\");\n }\n while ((next = stream.next()) != null) {\n if (next == quote && !escaped) break;\n escaped = !escaped && next == \"\\\\\";\n }\n if (!escaped) state.tokenize = tokenBase;\n return ret(\"string\", \"string\");\n };\n }\n\n function tokenComment(stream, state) {\n var maybeEnd = false, ch;\n while (ch = stream.next()) {\n if (ch == \"/\" && maybeEnd) {\n state.tokenize = tokenBase;\n break;\n }\n maybeEnd = (ch == \"*\");\n }\n return ret(\"comment\", \"comment\");\n }\n\n function tokenQuasi(stream, state) {\n var escaped = false, next;\n while ((next = stream.next()) != null) {\n if (!escaped && (next == \"`\" || next == \"$\" && stream.eat(\"{\"))) {\n state.tokenize = tokenBase;\n break;\n }\n escaped = !escaped && next == \"\\\\\";\n }\n return ret(\"quasi\", \"string-2\", stream.current());\n }\n\n var brackets = \"([{}])\";\n // This is a crude lookahead trick to try and notice that we're\n // parsing the argument patterns for a fat-arrow function before we\n // actually hit the arrow token. It only works if the arrow is on\n // the same line as the arguments and there's no strange noise\n // (comments) in between. Fallback is to only notice when we hit the\n // arrow, and not declare the arguments as locals for the arrow\n // body.\n function findFatArrow(stream, state) {\n if (state.fatArrowAt) state.fatArrowAt = null;\n var arrow = stream.string.indexOf(\"=>\", stream.start);\n if (arrow < 0) return;\n\n var depth = 0, sawSomething = false;\n for (var pos = arrow - 1; pos >= 0; --pos) {\n var ch = stream.string.charAt(pos);\n var bracket = brackets.indexOf(ch);\n if (bracket >= 0 && bracket < 3) {\n if (!depth) { ++pos; break; }\n if (--depth == 0) break;\n } else if (bracket >= 3 && bracket < 6) {\n ++depth;\n } else if (wordRE.test(ch)) {\n sawSomething = true;\n } else if (/[\"'\\/]/.test(ch)) {\n return;\n } else if (sawSomething && !depth) {\n ++pos;\n break;\n }\n }\n if (sawSomething && !depth) state.fatArrowAt = pos;\n }\n\n // Parser\n\n var atomicTypes = {\"atom\": true, \"number\": true, \"variable\": true, \"string\": true, \"regexp\": true, \"this\": true, \"jsonld-keyword\": true};\n\n function JSLexical(indented, column, type, align, prev, info) {\n this.indented = indented;\n this.column = column;\n this.type = type;\n this.prev = prev;\n this.info = info;\n if (align != null) this.align = align;\n }\n\n function inScope(state, varname) {\n for (var v = state.localVars; v; v = v.next)\n if (v.name == varname) return true;\n for (var cx = state.context; cx; cx = cx.prev) {\n for (var v = cx.vars; v; v = v.next)\n if (v.name == varname) return true;\n }\n }\n\n function parseJS(state, style, type, content, stream) {\n var cc = state.cc;\n // Communicate our context to the combinators.\n // (Less wasteful than consing up a hundred closures on every call.)\n cx.state = state; cx.stream = stream; cx.marked = null, cx.cc = cc; cx.style = style;\n\n if (!state.lexical.hasOwnProperty(\"align\"))\n state.lexical.align = true;\n\n while(true) {\n var combinator = cc.length ? cc.pop() : jsonMode ? expression : statement;\n if (combinator(type, content)) {\n while(cc.length && cc[cc.length - 1].lex)\n cc.pop()();\n if (cx.marked) return cx.marked;\n if (type == \"variable\" && inScope(state, content)) return \"variable-2\";\n return style;\n }\n }\n }\n\n // Combinator utils\n\n var cx = {state: null, column: null, marked: null, cc: null};\n function pass() {\n for (var i = arguments.length - 1; i >= 0; i--) cx.cc.push(arguments[i]);\n }\n function cont() {\n pass.apply(null, arguments);\n return true;\n }\n function register(varname) {\n function inList(list) {\n for (var v = list; v; v = v.next)\n if (v.name == varname) return true;\n return false;\n }\n var state = cx.state;\n cx.marked = \"def\";\n if (state.context) {\n if (inList(state.localVars)) return;\n state.localVars = {name: varname, next: state.localVars};\n } else {\n if (inList(state.globalVars)) return;\n if (parserConfig.globalVars)\n state.globalVars = {name: varname, next: state.globalVars};\n }\n }\n\n // Combinators\n\n var defaultVars = {name: \"this\", next: {name: \"arguments\"}};\n function pushcontext() {\n cx.state.context = {prev: cx.state.context, vars: cx.state.localVars};\n cx.state.localVars = defaultVars;\n }\n function popcontext() {\n cx.state.localVars = cx.state.context.vars;\n cx.state.context = cx.state.context.prev;\n }\n function pushlex(type, info) {\n var result = function() {\n var state = cx.state, indent = state.indented;\n if (state.lexical.type == \"stat\") indent = state.lexical.indented;\n else for (var outer = state.lexical; outer && outer.type == \")\" && outer.align; outer = outer.prev)\n indent = outer.indented;\n state.lexical = new JSLexical(indent, cx.stream.column(), type, null, state.lexical, info);\n };\n result.lex = true;\n return result;\n }\n function poplex() {\n var state = cx.state;\n if (state.lexical.prev) {\n if (state.lexical.type == \")\")\n state.indented = state.lexical.indented;\n state.lexical = state.lexical.prev;\n }\n }\n poplex.lex = true;\n\n function expect(wanted) {\n function exp(type) {\n if (type == wanted) return cont();\n else if (wanted == \";\") return pass();\n else return cont(exp);\n };\n return exp;\n }\n\n function statement(type, value) {\n if (type == \"var\") return cont(pushlex(\"vardef\", value.length), vardef, expect(\";\"), poplex);\n if (type == \"keyword a\") return cont(pushlex(\"form\"), expression, statement, poplex);\n if (type == \"keyword b\") return cont(pushlex(\"form\"), statement, poplex);\n if (type == \"{\") return cont(pushlex(\"}\"), block, poplex);\n if (type == \";\") return cont();\n if (type == \"if\") {\n if (cx.state.lexical.info == \"else\" && cx.state.cc[cx.state.cc.length - 1] == poplex)\n cx.state.cc.pop()();\n return cont(pushlex(\"form\"), expression, statement, poplex, maybeelse);\n }\n if (type == \"function\") return cont(functiondef);\n if (type == \"for\") return cont(pushlex(\"form\"), forspec, statement, poplex);\n if (type == \"variable\") return cont(pushlex(\"stat\"), maybelabel);\n if (type == \"switch\") return cont(pushlex(\"form\"), expression, pushlex(\"}\", \"switch\"), expect(\"{\"),\n block, poplex, poplex);\n if (type == \"case\") return cont(expression, expect(\":\"));\n if (type == \"default\") return cont(expect(\":\"));\n if (type == \"catch\") return cont(pushlex(\"form\"), pushcontext, expect(\"(\"), funarg, expect(\")\"),\n statement, poplex, popcontext);\n if (type == \"class\") return cont(pushlex(\"form\"), className, poplex);\n if (type == \"export\") return cont(pushlex(\"stat\"), afterExport, poplex);\n if (type == \"import\") return cont(pushlex(\"stat\"), afterImport, poplex);\n if (type == \"module\") return cont(pushlex(\"form\"), pattern, pushlex(\"}\"), expect(\"{\"), block, poplex, poplex)\n return pass(pushlex(\"stat\"), expression, expect(\";\"), poplex);\n }\n function expression(type) {\n return expressionInner(type, false);\n }\n function expressionNoComma(type) {\n return expressionInner(type, true);\n }\n function expressionInner(type, noComma) {\n if (cx.state.fatArrowAt == cx.stream.start) {\n var body = noComma ? arrowBodyNoComma : arrowBody;\n if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(pattern, \")\"), poplex, expect(\"=>\"), body, popcontext);\n else if (type == \"variable\") return pass(pushcontext, pattern, expect(\"=>\"), body, popcontext);\n }\n\n var maybeop = noComma ? maybeoperatorNoComma : maybeoperatorComma;\n if (atomicTypes.hasOwnProperty(type)) return cont(maybeop);\n if (type == \"function\") return cont(functiondef, maybeop);\n if (type == \"keyword c\") return cont(noComma ? maybeexpressionNoComma : maybeexpression);\n if (type == \"(\") return cont(pushlex(\")\"), maybeexpression, comprehension, expect(\")\"), poplex, maybeop);\n if (type == \"operator\" || type == \"spread\") return cont(noComma ? expressionNoComma : expression);\n if (type == \"[\") return cont(pushlex(\"]\"), arrayLiteral, poplex, maybeop);\n if (type == \"{\") return contCommasep(objprop, \"}\", null, maybeop);\n if (type == \"quasi\") return pass(quasi, maybeop);\n if (type == \"new\") return cont(maybeTarget(noComma));\n return cont();\n }\n function maybeexpression(type) {\n if (type.match(/[;\\}\\)\\],]/)) return pass();\n return pass(expression);\n }\n function maybeexpressionNoComma(type) {\n if (type.match(/[;\\}\\)\\],]/)) return pass();\n return pass(expressionNoComma);\n }\n\n function maybeoperatorComma(type, value) {\n if (type == \",\") return cont(expression);\n return maybeoperatorNoComma(type, value, false);\n }\n function maybeoperatorNoComma(type, value, noComma) {\n var me = noComma == false ? maybeoperatorComma : maybeoperatorNoComma;\n var expr = noComma == false ? expression : expressionNoComma;\n if (type == \"=>\") return cont(pushcontext, noComma ? arrowBodyNoComma : arrowBody, popcontext);\n if (type == \"operator\") {\n if (/\\+\\+|--/.test(value)) return cont(me);\n if (value == \"?\") return cont(expression, expect(\":\"), expr);\n return cont(expr);\n }\n if (type == \"quasi\") { return pass(quasi, me); }\n if (type == \";\") return;\n if (type == \"(\") return contCommasep(expressionNoComma, \")\", \"call\", me);\n if (type == \".\") return cont(property, me);\n if (type == \"[\") return cont(pushlex(\"]\"), maybeexpression, expect(\"]\"), poplex, me);\n }\n function quasi(type, value) {\n if (type != \"quasi\") return pass();\n if (value.slice(value.length - 2) != \"${\") return cont(quasi);\n return cont(expression, continueQuasi);\n }\n function continueQuasi(type) {\n if (type == \"}\") {\n cx.marked = \"string-2\";\n cx.state.tokenize = tokenQuasi;\n return cont(quasi);\n }\n }\n function arrowBody(type) {\n findFatArrow(cx.stream, cx.state);\n return pass(type == \"{\" ? statement : expression);\n }\n function arrowBodyNoComma(type) {\n findFatArrow(cx.stream, cx.state);\n return pass(type == \"{\" ? statement : expressionNoComma);\n }\n function maybeTarget(noComma) {\n return function(type) {\n if (type == \".\") return cont(noComma ? targetNoComma : target);\n else return pass(noComma ? expressionNoComma : expression);\n };\n }\n function target(_, value) {\n if (value == \"target\") { cx.marked = \"keyword\"; return cont(maybeoperatorComma); }\n }\n function targetNoComma(_, value) {\n if (value == \"target\") { cx.marked = \"keyword\"; return cont(maybeoperatorNoComma); }\n }\n function maybelabel(type) {\n if (type == \":\") return cont(poplex, statement);\n return pass(maybeoperatorComma, expect(\";\"), poplex);\n }\n function property(type) {\n if (type == \"variable\") {cx.marked = \"property\"; return cont();}\n }\n function objprop(type, value) {\n if (type == \"variable\" || cx.style == \"keyword\") {\n cx.marked = \"property\";\n if (value == \"get\" || value == \"set\") return cont(getterSetter);\n return cont(afterprop);\n } else if (type == \"number\" || type == \"string\") {\n cx.marked = jsonldMode ? \"property\" : (cx.style + \" property\");\n return cont(afterprop);\n } else if (type == \"jsonld-keyword\") {\n return cont(afterprop);\n } else if (type == \"modifier\") {\n return cont(objprop)\n } else if (type == \"[\") {\n return cont(expression, expect(\"]\"), afterprop);\n } else if (type == \"spread\") {\n return cont(expression);\n }\n }\n function getterSetter(type) {\n if (type != \"variable\") return pass(afterprop);\n cx.marked = \"property\";\n return cont(functiondef);\n }\n function afterprop(type) {\n if (type == \":\") return cont(expressionNoComma);\n if (type == \"(\") return pass(functiondef);\n }\n function commasep(what, end) {\n function proceed(type) {\n if (type == \",\") {\n var lex = cx.state.lexical;\n if (lex.info == \"call\") lex.pos = (lex.pos || 0) + 1;\n return cont(what, proceed);\n }\n if (type == end) return cont();\n return cont(expect(end));\n }\n return function(type) {\n if (type == end) return cont();\n return pass(what, proceed);\n };\n }\n function contCommasep(what, end, info) {\n for (var i = 3; i < arguments.length; i++)\n cx.cc.push(arguments[i]);\n return cont(pushlex(end, info), commasep(what, end), poplex);\n }\n function block(type) {\n if (type == \"}\") return cont();\n return pass(statement, block);\n }\n function maybetype(type) {\n if (isTS && type == \":\") return cont(typedef);\n }\n function maybedefault(_, value) {\n if (value == \"=\") return cont(expressionNoComma);\n }\n function typedef(type) {\n if (type == \"variable\") {cx.marked = \"variable-3\"; return cont();}\n }\n function vardef() {\n return pass(pattern, maybetype, maybeAssign, vardefCont);\n }\n function pattern(type, value) {\n if (type == \"modifier\") return cont(pattern)\n if (type == \"variable\") { register(value); return cont(); }\n if (type == \"spread\") return cont(pattern);\n if (type == \"[\") return contCommasep(pattern, \"]\");\n if (type == \"{\") return contCommasep(proppattern, \"}\");\n }\n function proppattern(type, value) {\n if (type == \"variable\" && !cx.stream.match(/^\\s*:/, false)) {\n register(value);\n return cont(maybeAssign);\n }\n if (type == \"variable\") cx.marked = \"property\";\n if (type == \"spread\") return cont(pattern);\n if (type == \"}\") return pass();\n return cont(expect(\":\"), pattern, maybeAssign);\n }\n function maybeAssign(_type, value) {\n if (value == \"=\") return cont(expressionNoComma);\n }\n function vardefCont(type) {\n if (type == \",\") return cont(vardef);\n }\n function maybeelse(type, value) {\n if (type == \"keyword b\" && value == \"else\") return cont(pushlex(\"form\", \"else\"), statement, poplex);\n }\n function forspec(type) {\n if (type == \"(\") return cont(pushlex(\")\"), forspec1, expect(\")\"), poplex);\n }\n function forspec1(type) {\n if (type == \"var\") return cont(vardef, expect(\";\"), forspec2);\n if (type == \";\") return cont(forspec2);\n if (type == \"variable\") return cont(formaybeinof);\n return pass(expression, expect(\";\"), forspec2);\n }\n function formaybeinof(_type, value) {\n if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n return cont(maybeoperatorComma, forspec2);\n }\n function forspec2(type, value) {\n if (type == \";\") return cont(forspec3);\n if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n return pass(expression, expect(\";\"), forspec3);\n }\n function forspec3(type) {\n if (type != \")\") cont(expression);\n }\n function functiondef(type, value) {\n if (value == \"*\") {cx.marked = \"keyword\"; return cont(functiondef);}\n if (type == \"variable\") {register(value); return cont(functiondef);}\n if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(funarg, \")\"), poplex, statement, popcontext);\n }\n function funarg(type) {\n if (type == \"spread\") return cont(funarg);\n return pass(pattern, maybetype, maybedefault);\n }\n function className(type, value) {\n if (type == \"variable\") {register(value); return cont(classNameAfter);}\n }\n function classNameAfter(type, value) {\n if (value == \"extends\") return cont(expression, classNameAfter);\n if (type == \"{\") return cont(pushlex(\"}\"), classBody, poplex);\n }\n function classBody(type, value) {\n if (type == \"variable\" || cx.style == \"keyword\") {\n if (value == \"static\") {\n cx.marked = \"keyword\";\n return cont(classBody);\n }\n cx.marked = \"property\";\n if (value == \"get\" || value == \"set\") return cont(classGetterSetter, functiondef, classBody);\n return cont(functiondef, classBody);\n }\n if (value == \"*\") {\n cx.marked = \"keyword\";\n return cont(classBody);\n }\n if (type == \";\") return cont(classBody);\n if (type == \"}\") return cont();\n }\n function classGetterSetter(type) {\n if (type != \"variable\") return pass();\n cx.marked = \"property\";\n return cont();\n }\n function afterExport(_type, value) {\n if (value == \"*\") { cx.marked = \"keyword\"; return cont(maybeFrom, expect(\";\")); }\n if (value == \"default\") { cx.marked = \"keyword\"; return cont(expression, expect(\";\")); }\n return pass(statement);\n }\n function afterImport(type) {\n if (type == \"string\") return cont();\n return pass(importSpec, maybeFrom);\n }\n function importSpec(type, value) {\n if (type == \"{\") return contCommasep(importSpec, \"}\");\n if (type == \"variable\") register(value);\n if (value == \"*\") cx.marked = \"keyword\";\n return cont(maybeAs);\n }\n function maybeAs(_type, value) {\n if (value == \"as\") { cx.marked = \"keyword\"; return cont(importSpec); }\n }\n function maybeFrom(_type, value) {\n if (value == \"from\") { cx.marked = \"keyword\"; return cont(expression); }\n }\n function arrayLiteral(type) {\n if (type == \"]\") return cont();\n return pass(expressionNoComma, maybeArrayComprehension);\n }\n function maybeArrayComprehension(type) {\n if (type == \"for\") return pass(comprehension, expect(\"]\"));\n if (type == \",\") return cont(commasep(maybeexpressionNoComma, \"]\"));\n return pass(commasep(expressionNoComma, \"]\"));\n }\n function comprehension(type) {\n if (type == \"for\") return cont(forspec, comprehension);\n if (type == \"if\") return cont(expression, comprehension);\n }\n\n function isContinuedStatement(state, textAfter) {\n return state.lastType == \"operator\" || state.lastType == \",\" ||\n isOperatorChar.test(textAfter.charAt(0)) ||\n /[,.]/.test(textAfter.charAt(0));\n }\n\n // Interface\n\n return {\n startState: function(basecolumn) {\n var state = {\n tokenize: tokenBase,\n lastType: \"sof\",\n cc: [],\n lexical: new JSLexical((basecolumn || 0) - indentUnit, 0, \"block\", false),\n localVars: parserConfig.localVars,\n context: parserConfig.localVars && {vars: parserConfig.localVars},\n indented: basecolumn || 0\n };\n if (parserConfig.globalVars && typeof parserConfig.globalVars == \"object\")\n state.globalVars = parserConfig.globalVars;\n return state;\n },\n\n token: function(stream, state) {\n if (stream.sol()) {\n if (!state.lexical.hasOwnProperty(\"align\"))\n state.lexical.align = false;\n state.indented = stream.indentation();\n findFatArrow(stream, state);\n }\n if (state.tokenize != tokenComment && stream.eatSpace()) return null;\n var style = state.tokenize(stream, state);\n if (type == \"comment\") return style;\n state.lastType = type == \"operator\" && (content == \"++\" || content == \"--\") ? \"incdec\" : type;\n return parseJS(state, style, type, content, stream);\n },\n\n indent: function(state, textAfter) {\n if (state.tokenize == tokenComment) return CodeMirror.Pass;\n if (state.tokenize != tokenBase) return 0;\n var firstChar = textAfter && textAfter.charAt(0), lexical = state.lexical;\n // Kludge to prevent 'maybelse' from blocking lexical scope pops\n if (!/^\\s*else\\b/.test(textAfter)) for (var i = state.cc.length - 1; i >= 0; --i) {\n var c = state.cc[i];\n if (c == poplex) lexical = lexical.prev;\n else if (c != maybeelse) break;\n }\n if (lexical.type == \"stat\" && firstChar == \"}\") lexical = lexical.prev;\n if (statementIndent && lexical.type == \")\" && lexical.prev.type == \"stat\")\n lexical = lexical.prev;\n var type = lexical.type, closing = firstChar == type;\n\n if (type == \"vardef\") return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? lexical.info + 1 : 0);\n else if (type == \"form\" && firstChar == \"{\") return lexical.indented;\n else if (type == \"form\") return lexical.indented + indentUnit;\n else if (type == \"stat\")\n return lexical.indented + (isContinuedStatement(state, textAfter) ? statementIndent || indentUnit : 0);\n else if (lexical.info == \"switch\" && !closing && parserConfig.doubleIndentSwitch != false)\n return lexical.indented + (/^(?:case|default)\\b/.test(textAfter) ? indentUnit : 2 * indentUnit);\n else if (lexical.align) return lexical.column + (closing ? 0 : 1);\n else return lexical.indented + (closing ? 0 : indentUnit);\n },\n\n electricInput: /^\\s*(?:case .*?:|default:|\\{|\\})$/,\n blockCommentStart: jsonMode ? null : \"/*\",\n blockCommentEnd: jsonMode ? null : \"*/\",\n lineComment: jsonMode ? null : \"//\",\n fold: \"brace\",\n closeBrackets: \"()[]{}''\\\"\\\"``\",\n\n helperType: jsonMode ? \"json\" : \"javascript\",\n jsonldMode: jsonldMode,\n jsonMode: jsonMode,\n\n expressionAllowed: expressionAllowed,\n skipExpression: function(state) {\n var top = state.cc[state.cc.length - 1]\n if (top == expression || top == expressionNoComma) state.cc.pop()\n }\n };\n});\n\nCodeMirror.registerHelper(\"wordChars\", \"javascript\", /[\\w$]/);\n\nCodeMirror.defineMIME(\"text/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"text/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/x-javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/x-json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/ld+json\", {name: \"javascript\", jsonld: true});\nCodeMirror.defineMIME(\"text/typescript\", { name: \"javascript\", typescript: true });\nCodeMirror.defineMIME(\"application/typescript\", { name: \"javascript\", typescript: true });\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"), require(\"../xml/xml\"), require(\"../meta\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\", \"../xml/xml\", \"../meta\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"markdown\", function(cmCfg, modeCfg) {\n\n var htmlMode = CodeMirror.getMode(cmCfg, \"text/html\");\n var htmlModeMissing = htmlMode.name == \"null\"\n\n function getMode(name) {\n if (CodeMirror.findModeByName) {\n var found = CodeMirror.findModeByName(name);\n if (found) name = found.mime || found.mimes[0];\n }\n var mode = CodeMirror.getMode(cmCfg, name);\n return mode.name == \"null\" ? null : mode;\n }\n\n // Should characters that affect highlighting be highlighted separate?\n // Does not include characters that will be output (such as `1.` and `-` for lists)\n if (modeCfg.highlightFormatting === undefined)\n modeCfg.highlightFormatting = false;\n\n // Maximum number of nested blockquotes. Set to 0 for infinite nesting.\n // Excess `>` will emit `error` token.\n if (modeCfg.maxBlockquoteDepth === undefined)\n modeCfg.maxBlockquoteDepth = 0;\n\n // Should underscores in words open/close em/strong?\n if (modeCfg.underscoresBreakWords === undefined)\n modeCfg.underscoresBreakWords = true;\n\n // Use `fencedCodeBlocks` to configure fenced code blocks. false to\n // disable, string to specify a precise regexp that the fence should\n // match, and true to allow three or more backticks or tildes (as\n // per CommonMark).\n\n // Turn on task lists? (\"- [ ] \" and \"- [x] \")\n if (modeCfg.taskLists === undefined) modeCfg.taskLists = false;\n\n // Turn on strikethrough syntax\n if (modeCfg.strikethrough === undefined)\n modeCfg.strikethrough = false;\n\n // Allow token types to be overridden by user-provided token types.\n if (modeCfg.tokenTypeOverrides === undefined)\n modeCfg.tokenTypeOverrides = {};\n\n var tokenTypes = {\n header: \"header\",\n code: \"comment\",\n quote: \"quote\",\n list1: \"variable-2\",\n list2: \"variable-3\",\n list3: \"keyword\",\n hr: \"hr\",\n image: \"tag\",\n formatting: \"formatting\",\n linkInline: \"link\",\n linkEmail: \"link\",\n linkText: \"link\",\n linkHref: \"string\",\n em: \"em\",\n strong: \"strong\",\n strikethrough: \"strikethrough\"\n };\n\n for (var tokenType in tokenTypes) {\n if (tokenTypes.hasOwnProperty(tokenType) && modeCfg.tokenTypeOverrides[tokenType]) {\n tokenTypes[tokenType] = modeCfg.tokenTypeOverrides[tokenType];\n }\n }\n\n var hrRE = /^([*\\-_])(?:\\s*\\1){2,}\\s*$/\n , ulRE = /^[*\\-+]\\s+/\n , olRE = /^[0-9]+([.)])\\s+/\n , taskListRE = /^\\[(x| )\\](?=\\s)/ // Must follow ulRE or olRE\n , atxHeaderRE = modeCfg.allowAtxHeaderWithoutSpace ? /^(#+)/ : /^(#+)(?: |$)/\n , setextHeaderRE = /^ *(?:\\={1,}|-{1,})\\s*$/\n , textRE = /^[^#!\\[\\]*_\\\\<>` \"'(~]+/\n , fencedCodeRE = new RegExp(\"^(\" + (modeCfg.fencedCodeBlocks === true ? \"~~~+|```+\" : modeCfg.fencedCodeBlocks) +\n \")[ \\\\t]*([\\\\w+#]*)\");\n\n function switchInline(stream, state, f) {\n state.f = state.inline = f;\n return f(stream, state);\n }\n\n function switchBlock(stream, state, f) {\n state.f = state.block = f;\n return f(stream, state);\n }\n\n function lineIsEmpty(line) {\n return !line || !/\\S/.test(line.string)\n }\n\n // Blocks\n\n function blankLine(state) {\n // Reset linkTitle state\n state.linkTitle = false;\n // Reset EM state\n state.em = false;\n // Reset STRONG state\n state.strong = false;\n // Reset strikethrough state\n state.strikethrough = false;\n // Reset state.quote\n state.quote = 0;\n // Reset state.indentedCode\n state.indentedCode = false;\n if (htmlModeMissing && state.f == htmlBlock) {\n state.f = inlineNormal;\n state.block = blockNormal;\n }\n // Reset state.trailingSpace\n state.trailingSpace = 0;\n state.trailingSpaceNewLine = false;\n // Mark this line as blank\n state.prevLine = state.thisLine\n state.thisLine = null\n return null;\n }\n\n function blockNormal(stream, state) {\n\n var sol = stream.sol();\n\n var prevLineIsList = state.list !== false,\n prevLineIsIndentedCode = state.indentedCode;\n\n state.indentedCode = false;\n\n if (prevLineIsList) {\n if (state.indentationDiff >= 0) { // Continued list\n if (state.indentationDiff < 4) { // Only adjust indentation if *not* a code block\n state.indentation -= state.indentationDiff;\n }\n state.list = null;\n } else if (state.indentation > 0) {\n state.list = null;\n } else { // No longer a list\n state.list = false;\n }\n }\n\n var match = null;\n if (state.indentationDiff >= 4) {\n stream.skipToEnd();\n if (prevLineIsIndentedCode || lineIsEmpty(state.prevLine)) {\n state.indentation -= 4;\n state.indentedCode = true;\n return tokenTypes.code;\n } else {\n return null;\n }\n } else if (stream.eatSpace()) {\n return null;\n } else if ((match = stream.match(atxHeaderRE)) && match[1].length <= 6) {\n state.header = match[1].length;\n if (modeCfg.highlightFormatting) state.formatting = \"header\";\n state.f = state.inline;\n return getType(state);\n } else if (!lineIsEmpty(state.prevLine) && !state.quote && !prevLineIsList &&\n !prevLineIsIndentedCode && (match = stream.match(setextHeaderRE))) {\n state.header = match[0].charAt(0) == '=' ? 1 : 2;\n if (modeCfg.highlightFormatting) state.formatting = \"header\";\n state.f = state.inline;\n return getType(state);\n } else if (stream.eat('>')) {\n state.quote = sol ? 1 : state.quote + 1;\n if (modeCfg.highlightFormatting) state.formatting = \"quote\";\n stream.eatSpace();\n return getType(state);\n } else if (stream.peek() === '[') {\n return switchInline(stream, state, footnoteLink);\n } else if (stream.match(hrRE, true)) {\n state.hr = true;\n return tokenTypes.hr;\n } else if ((lineIsEmpty(state.prevLine) || prevLineIsList) && (stream.match(ulRE, false) || stream.match(olRE, false))) {\n var listType = null;\n if (stream.match(ulRE, true)) {\n listType = 'ul';\n } else {\n stream.match(olRE, true);\n listType = 'ol';\n }\n state.indentation = stream.column() + stream.current().length;\n state.list = true;\n\n // While this list item's marker's indentation\n // is less than the deepest list item's content's indentation,\n // pop the deepest list item indentation off the stack.\n while (state.listStack && stream.column() < state.listStack[state.listStack.length - 1]) {\n state.listStack.pop();\n }\n\n // Add this list item's content's indentation to the stack\n state.listStack.push(state.indentation);\n\n if (modeCfg.taskLists && stream.match(taskListRE, false)) {\n state.taskList = true;\n }\n state.f = state.inline;\n if (modeCfg.highlightFormatting) state.formatting = [\"list\", \"list-\" + listType];\n return getType(state);\n } else if (modeCfg.fencedCodeBlocks && (match = stream.match(fencedCodeRE, true))) {\n state.fencedChars = match[1]\n // try switching mode\n state.localMode = getMode(match[2]);\n if (state.localMode) state.localState = state.localMode.startState();\n state.f = state.block = local;\n if (modeCfg.highlightFormatting) state.formatting = \"code-block\";\n state.code = -1\n return getType(state);\n }\n\n return switchInline(stream, state, state.inline);\n }\n\n function htmlBlock(stream, state) {\n var style = htmlMode.token(stream, state.htmlState);\n if (!htmlModeMissing) {\n var inner = CodeMirror.innerMode(htmlMode, state.htmlState)\n if ((inner.mode.name == \"xml\" && inner.state.tagStart === null &&\n (!inner.state.context && inner.state.tokenize.isInText)) ||\n (state.md_inside && stream.current().indexOf(\">\") > -1)) {\n state.f = inlineNormal;\n state.block = blockNormal;\n state.htmlState = null;\n }\n }\n return style;\n }\n\n function local(stream, state) {\n if (state.fencedChars && stream.match(state.fencedChars, false)) {\n state.localMode = state.localState = null;\n state.f = state.block = leavingLocal;\n return null;\n } else if (state.localMode) {\n return state.localMode.token(stream, state.localState);\n } else {\n stream.skipToEnd();\n return tokenTypes.code;\n }\n }\n\n function leavingLocal(stream, state) {\n stream.match(state.fencedChars);\n state.block = blockNormal;\n state.f = inlineNormal;\n state.fencedChars = null;\n if (modeCfg.highlightFormatting) state.formatting = \"code-block\";\n state.code = 1\n var returnType = getType(state);\n state.code = 0\n return returnType;\n }\n\n // Inline\n function getType(state) {\n var styles = [];\n\n if (state.formatting) {\n styles.push(tokenTypes.formatting);\n\n if (typeof state.formatting === \"string\") state.formatting = [state.formatting];\n\n for (var i = 0; i < state.formatting.length; i++) {\n styles.push(tokenTypes.formatting + \"-\" + state.formatting[i]);\n\n if (state.formatting[i] === \"header\") {\n styles.push(tokenTypes.formatting + \"-\" + state.formatting[i] + \"-\" + state.header);\n }\n\n // Add `formatting-quote` and `formatting-quote-#` for blockquotes\n // Add `error` instead if the maximum blockquote nesting depth is passed\n if (state.formatting[i] === \"quote\") {\n if (!modeCfg.maxBlockquoteDepth || modeCfg.maxBlockquoteDepth >= state.quote) {\n styles.push(tokenTypes.formatting + \"-\" + state.formatting[i] + \"-\" + state.quote);\n } else {\n styles.push(\"error\");\n }\n }\n }\n }\n\n if (state.taskOpen) {\n styles.push(\"meta\");\n return styles.length ? styles.join(' ') : null;\n }\n if (state.taskClosed) {\n styles.push(\"property\");\n return styles.length ? styles.join(' ') : null;\n }\n\n if (state.linkHref) {\n styles.push(tokenTypes.linkHref, \"url\");\n } else { // Only apply inline styles to non-url text\n if (state.strong) { styles.push(tokenTypes.strong); }\n if (state.em) { styles.push(tokenTypes.em); }\n if (state.strikethrough) { styles.push(tokenTypes.strikethrough); }\n if (state.linkText) { styles.push(tokenTypes.linkText); }\n if (state.code) { styles.push(tokenTypes.code); }\n }\n\n if (state.header) { styles.push(tokenTypes.header, tokenTypes.header + \"-\" + state.header); }\n\n if (state.quote) {\n styles.push(tokenTypes.quote);\n\n // Add `quote-#` where the maximum for `#` is modeCfg.maxBlockquoteDepth\n if (!modeCfg.maxBlockquoteDepth || modeCfg.maxBlockquoteDepth >= state.quote) {\n styles.push(tokenTypes.quote + \"-\" + state.quote);\n } else {\n styles.push(tokenTypes.quote + \"-\" + modeCfg.maxBlockquoteDepth);\n }\n }\n\n if (state.list !== false) {\n var listMod = (state.listStack.length - 1) % 3;\n if (!listMod) {\n styles.push(tokenTypes.list1);\n } else if (listMod === 1) {\n styles.push(tokenTypes.list2);\n } else {\n styles.push(tokenTypes.list3);\n }\n }\n\n if (state.trailingSpaceNewLine) {\n styles.push(\"trailing-space-new-line\");\n } else if (state.trailingSpace) {\n styles.push(\"trailing-space-\" + (state.trailingSpace % 2 ? \"a\" : \"b\"));\n }\n\n return styles.length ? styles.join(' ') : null;\n }\n\n function handleText(stream, state) {\n if (stream.match(textRE, true)) {\n return getType(state);\n }\n return undefined;\n }\n\n function inlineNormal(stream, state) {\n var style = state.text(stream, state);\n if (typeof style !== 'undefined')\n return style;\n\n if (state.list) { // List marker (*, +, -, 1., etc)\n state.list = null;\n return getType(state);\n }\n\n if (state.taskList) {\n var taskOpen = stream.match(taskListRE, true)[1] !== \"x\";\n if (taskOpen) state.taskOpen = true;\n else state.taskClosed = true;\n if (modeCfg.highlightFormatting) state.formatting = \"task\";\n state.taskList = false;\n return getType(state);\n }\n\n state.taskOpen = false;\n state.taskClosed = false;\n\n if (state.header && stream.match(/^#+$/, true)) {\n if (modeCfg.highlightFormatting) state.formatting = \"header\";\n return getType(state);\n }\n\n // Get sol() value now, before character is consumed\n var sol = stream.sol();\n\n var ch = stream.next();\n\n // Matches link titles present on next line\n if (state.linkTitle) {\n state.linkTitle = false;\n var matchCh = ch;\n if (ch === '(') {\n matchCh = ')';\n }\n matchCh = (matchCh+'').replace(/([.?*+^$[\\]\\\\(){}|-])/g, \"\\\\$1\");\n var regex = '^\\\\s*(?:[^' + matchCh + '\\\\\\\\]+|\\\\\\\\\\\\\\\\|\\\\\\\\.)' + matchCh;\n if (stream.match(new RegExp(regex), true)) {\n return tokenTypes.linkHref;\n }\n }\n\n // If this block is changed, it may need to be updated in GFM mode\n if (ch === '`') {\n var previousFormatting = state.formatting;\n if (modeCfg.highlightFormatting) state.formatting = \"code\";\n stream.eatWhile('`');\n var count = stream.current().length\n if (state.code == 0) {\n state.code = count\n return getType(state)\n } else if (count == state.code) { // Must be exact\n var t = getType(state)\n state.code = 0\n return t\n } else {\n state.formatting = previousFormatting\n return getType(state)\n }\n } else if (state.code) {\n return getType(state);\n }\n\n if (ch === '\\\\') {\n stream.next();\n if (modeCfg.highlightFormatting) {\n var type = getType(state);\n var formattingEscape = tokenTypes.formatting + \"-escape\";\n return type ? type + \" \" + formattingEscape : formattingEscape;\n }\n }\n\n if (ch === '!' && stream.match(/\\[[^\\]]*\\] ?(?:\\(|\\[)/, false)) {\n stream.match(/\\[[^\\]]*\\]/);\n state.inline = state.f = linkHref;\n return tokenTypes.image;\n }\n\n if (ch === '[' && stream.match(/.*\\](\\(.*\\)| ?\\[.*\\])/, false)) {\n state.linkText = true;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n return getType(state);\n }\n\n if (ch === ']' && state.linkText && stream.match(/\\(.*\\)| ?\\[.*\\]/, false)) {\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var type = getType(state);\n state.linkText = false;\n state.inline = state.f = linkHref;\n return type;\n }\n\n if (ch === '<' && stream.match(/^(https?|ftps?):\\/\\/(?:[^\\\\>]|\\\\.)+>/, false)) {\n state.f = state.inline = linkInline;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var type = getType(state);\n if (type){\n type += \" \";\n } else {\n type = \"\";\n }\n return type + tokenTypes.linkInline;\n }\n\n if (ch === '<' && stream.match(/^[^> \\\\]+@(?:[^\\\\>]|\\\\.)+>/, false)) {\n state.f = state.inline = linkInline;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var type = getType(state);\n if (type){\n type += \" \";\n } else {\n type = \"\";\n }\n return type + tokenTypes.linkEmail;\n }\n\n if (ch === '<' && stream.match(/^(!--|\\w)/, false)) {\n var end = stream.string.indexOf(\">\", stream.pos);\n if (end != -1) {\n var atts = stream.string.substring(stream.start, end);\n if (/markdown\\s*=\\s*('|\"){0,1}1('|\"){0,1}/.test(atts)) state.md_inside = true;\n }\n stream.backUp(1);\n state.htmlState = CodeMirror.startState(htmlMode);\n return switchBlock(stream, state, htmlBlock);\n }\n\n if (ch === '<' && stream.match(/^\\/\\w*?>/)) {\n state.md_inside = false;\n return \"tag\";\n }\n\n var ignoreUnderscore = false;\n if (!modeCfg.underscoresBreakWords) {\n if (ch === '_' && stream.peek() !== '_' && stream.match(/(\\w)/, false)) {\n var prevPos = stream.pos - 2;\n if (prevPos >= 0) {\n var prevCh = stream.string.charAt(prevPos);\n if (prevCh !== '_' && prevCh.match(/(\\w)/, false)) {\n ignoreUnderscore = true;\n }\n }\n }\n }\n if (ch === '*' || (ch === '_' && !ignoreUnderscore)) {\n if (sol && stream.peek() === ' ') {\n // Do nothing, surrounded by newline and space\n } else if (state.strong === ch && stream.eat(ch)) { // Remove STRONG\n if (modeCfg.highlightFormatting) state.formatting = \"strong\";\n var t = getType(state);\n state.strong = false;\n return t;\n } else if (!state.strong && stream.eat(ch)) { // Add STRONG\n state.strong = ch;\n if (modeCfg.highlightFormatting) state.formatting = \"strong\";\n return getType(state);\n } else if (state.em === ch) { // Remove EM\n if (modeCfg.highlightFormatting) state.formatting = \"em\";\n var t = getType(state);\n state.em = false;\n return t;\n } else if (!state.em) { // Add EM\n state.em = ch;\n if (modeCfg.highlightFormatting) state.formatting = \"em\";\n return getType(state);\n }\n } else if (ch === ' ') {\n if (stream.eat('*') || stream.eat('_')) { // Probably surrounded by spaces\n if (stream.peek() === ' ') { // Surrounded by spaces, ignore\n return getType(state);\n } else { // Not surrounded by spaces, back up pointer\n stream.backUp(1);\n }\n }\n }\n\n if (modeCfg.strikethrough) {\n if (ch === '~' && stream.eatWhile(ch)) {\n if (state.strikethrough) {// Remove strikethrough\n if (modeCfg.highlightFormatting) state.formatting = \"strikethrough\";\n var t = getType(state);\n state.strikethrough = false;\n return t;\n } else if (stream.match(/^[^\\s]/, false)) {// Add strikethrough\n state.strikethrough = true;\n if (modeCfg.highlightFormatting) state.formatting = \"strikethrough\";\n return getType(state);\n }\n } else if (ch === ' ') {\n if (stream.match(/^~~/, true)) { // Probably surrounded by space\n if (stream.peek() === ' ') { // Surrounded by spaces, ignore\n return getType(state);\n } else { // Not surrounded by spaces, back up pointer\n stream.backUp(2);\n }\n }\n }\n }\n\n if (ch === ' ') {\n if (stream.match(/ +$/, false)) {\n state.trailingSpace++;\n } else if (state.trailingSpace) {\n state.trailingSpaceNewLine = true;\n }\n }\n\n return getType(state);\n }\n\n function linkInline(stream, state) {\n var ch = stream.next();\n\n if (ch === \">\") {\n state.f = state.inline = inlineNormal;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var type = getType(state);\n if (type){\n type += \" \";\n } else {\n type = \"\";\n }\n return type + tokenTypes.linkInline;\n }\n\n stream.match(/^[^>]+/, true);\n\n return tokenTypes.linkInline;\n }\n\n function linkHref(stream, state) {\n // Check if space, and return NULL if so (to avoid marking the space)\n if(stream.eatSpace()){\n return null;\n }\n var ch = stream.next();\n if (ch === '(' || ch === '[') {\n state.f = state.inline = getLinkHrefInside(ch === \"(\" ? \")\" : \"]\");\n if (modeCfg.highlightFormatting) state.formatting = \"link-string\";\n state.linkHref = true;\n return getType(state);\n }\n return 'error';\n }\n\n function getLinkHrefInside(endChar) {\n return function(stream, state) {\n var ch = stream.next();\n\n if (ch === endChar) {\n state.f = state.inline = inlineNormal;\n if (modeCfg.highlightFormatting) state.formatting = \"link-string\";\n var returnState = getType(state);\n state.linkHref = false;\n return returnState;\n }\n\n if (stream.match(inlineRE(endChar), true)) {\n stream.backUp(1);\n }\n\n state.linkHref = true;\n return getType(state);\n };\n }\n\n function footnoteLink(stream, state) {\n if (stream.match(/^([^\\]\\\\]|\\\\.)*\\]:/, false)) {\n state.f = footnoteLinkInside;\n stream.next(); // Consume [\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n state.linkText = true;\n return getType(state);\n }\n return switchInline(stream, state, inlineNormal);\n }\n\n function footnoteLinkInside(stream, state) {\n if (stream.match(/^\\]:/, true)) {\n state.f = state.inline = footnoteUrl;\n if (modeCfg.highlightFormatting) state.formatting = \"link\";\n var returnType = getType(state);\n state.linkText = false;\n return returnType;\n }\n\n stream.match(/^([^\\]\\\\]|\\\\.)+/, true);\n\n return tokenTypes.linkText;\n }\n\n function footnoteUrl(stream, state) {\n // Check if space, and return NULL if so (to avoid marking the space)\n if(stream.eatSpace()){\n return null;\n }\n // Match URL\n stream.match(/^[^\\s]+/, true);\n // Check for link title\n if (stream.peek() === undefined) { // End of line, set flag to check next line\n state.linkTitle = true;\n } else { // More content on line, check if link title\n stream.match(/^(?:\\s+(?:\"(?:[^\"\\\\]|\\\\\\\\|\\\\.)+\"|'(?:[^'\\\\]|\\\\\\\\|\\\\.)+'|\\((?:[^)\\\\]|\\\\\\\\|\\\\.)+\\)))?/, true);\n }\n state.f = state.inline = inlineNormal;\n return tokenTypes.linkHref + \" url\";\n }\n\n var savedInlineRE = [];\n function inlineRE(endChar) {\n if (!savedInlineRE[endChar]) {\n // Escape endChar for RegExp (taken from http://stackoverflow.com/a/494122/526741)\n endChar = (endChar+'').replace(/([.?*+^$[\\]\\\\(){}|-])/g, \"\\\\$1\");\n // Match any non-endChar, escaped character, as well as the closing\n // endChar.\n savedInlineRE[endChar] = new RegExp('^(?:[^\\\\\\\\]|\\\\\\\\.)*?(' + endChar + ')');\n }\n return savedInlineRE[endChar];\n }\n\n var mode = {\n startState: function() {\n return {\n f: blockNormal,\n\n prevLine: null,\n thisLine: null,\n\n block: blockNormal,\n htmlState: null,\n indentation: 0,\n\n inline: inlineNormal,\n text: handleText,\n\n formatting: false,\n linkText: false,\n linkHref: false,\n linkTitle: false,\n code: 0,\n em: false,\n strong: false,\n header: 0,\n hr: false,\n taskList: false,\n list: false,\n listStack: [],\n quote: 0,\n trailingSpace: 0,\n trailingSpaceNewLine: false,\n strikethrough: false,\n fencedChars: null\n };\n },\n\n copyState: function(s) {\n return {\n f: s.f,\n\n prevLine: s.prevLine,\n thisLine: s.thisLine,\n\n block: s.block,\n htmlState: s.htmlState && CodeMirror.copyState(htmlMode, s.htmlState),\n indentation: s.indentation,\n\n localMode: s.localMode,\n localState: s.localMode ? CodeMirror.copyState(s.localMode, s.localState) : null,\n\n inline: s.inline,\n text: s.text,\n formatting: false,\n linkTitle: s.linkTitle,\n code: s.code,\n em: s.em,\n strong: s.strong,\n strikethrough: s.strikethrough,\n header: s.header,\n hr: s.hr,\n taskList: s.taskList,\n list: s.list,\n listStack: s.listStack.slice(0),\n quote: s.quote,\n indentedCode: s.indentedCode,\n trailingSpace: s.trailingSpace,\n trailingSpaceNewLine: s.trailingSpaceNewLine,\n md_inside: s.md_inside,\n fencedChars: s.fencedChars\n };\n },\n\n token: function(stream, state) {\n\n // Reset state.formatting\n state.formatting = false;\n\n if (stream != state.thisLine) {\n var forceBlankLine = state.header || state.hr;\n\n // Reset state.header and state.hr\n state.header = 0;\n state.hr = false;\n\n if (stream.match(/^\\s*$/, true) || forceBlankLine) {\n blankLine(state);\n if (!forceBlankLine) return null\n state.prevLine = null\n }\n\n state.prevLine = state.thisLine\n state.thisLine = stream\n\n // Reset state.taskList\n state.taskList = false;\n\n // Reset state.trailingSpace\n state.trailingSpace = 0;\n state.trailingSpaceNewLine = false;\n\n state.f = state.block;\n var indentation = stream.match(/^\\s*/, true)[0].replace(/\\t/g, ' ').length;\n state.indentationDiff = Math.min(indentation - state.indentation, 4);\n state.indentation = state.indentation + state.indentationDiff;\n if (indentation > 0) return null;\n }\n return state.f(stream, state);\n },\n\n innerMode: function(state) {\n if (state.block == htmlBlock) return {state: state.htmlState, mode: htmlMode};\n if (state.localState) return {state: state.localState, mode: state.localMode};\n return {state: state, mode: mode};\n },\n\n blankLine: blankLine,\n\n getType: getType,\n\n fold: \"markdown\"\n };\n return mode;\n}, \"xml\");\n\nCodeMirror.defineMIME(\"text/x-markdown\", \"markdown\");\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/markdown/markdown.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/meta.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n CodeMirror.modeInfo = [\n {name: \"APL\", mime: \"text/apl\", mode: \"apl\", ext: [\"dyalog\", \"apl\"]},\n {name: \"PGP\", mimes: [\"application/pgp\", \"application/pgp-keys\", \"application/pgp-signature\"], mode: \"asciiarmor\", ext: [\"pgp\"]},\n {name: \"ASN.1\", mime: \"text/x-ttcn-asn\", mode: \"asn.1\", ext: [\"asn\", \"asn1\"]},\n {name: \"Asterisk\", mime: \"text/x-asterisk\", mode: \"asterisk\", file: /^extensions\\.conf$/i},\n {name: \"Brainfuck\", mime: \"text/x-brainfuck\", mode: \"brainfuck\", ext: [\"b\", \"bf\"]},\n {name: \"C\", mime: \"text/x-csrc\", mode: \"clike\", ext: [\"c\", \"h\"]},\n {name: \"C++\", mime: \"text/x-c++src\", mode: \"clike\", ext: [\"cpp\", \"c++\", \"cc\", \"cxx\", \"hpp\", \"h++\", \"hh\", \"hxx\"], alias: [\"cpp\"]},\n {name: \"Cobol\", mime: \"text/x-cobol\", mode: \"cobol\", ext: [\"cob\", \"cpy\"]},\n {name: \"C#\", mime: \"text/x-csharp\", mode: \"clike\", ext: [\"cs\"], alias: [\"csharp\"]},\n {name: \"Clojure\", mime: \"text/x-clojure\", mode: \"clojure\", ext: [\"clj\", \"cljc\", \"cljx\"]},\n {name: \"ClojureScript\", mime: \"text/x-clojurescript\", mode: \"clojure\", ext: [\"cljs\"]},\n {name: \"Closure Stylesheets (GSS)\", mime: \"text/x-gss\", mode: \"css\", ext: [\"gss\"]},\n {name: \"CMake\", mime: \"text/x-cmake\", mode: \"cmake\", ext: [\"cmake\", \"cmake.in\"], file: /^CMakeLists.txt$/},\n {name: \"CoffeeScript\", mime: \"text/x-coffeescript\", mode: \"coffeescript\", ext: [\"coffee\"], alias: [\"coffee\", \"coffee-script\"]},\n {name: \"Common Lisp\", mime: \"text/x-common-lisp\", mode: \"commonlisp\", ext: [\"cl\", \"lisp\", \"el\"], alias: [\"lisp\"]},\n {name: \"Cypher\", mime: \"application/x-cypher-query\", mode: \"cypher\", ext: [\"cyp\", \"cypher\"]},\n {name: \"Cython\", mime: \"text/x-cython\", mode: \"python\", ext: [\"pyx\", \"pxd\", \"pxi\"]},\n {name: \"Crystal\", mime: \"text/x-crystal\", mode: \"crystal\", ext: [\"cr\"]},\n {name: \"CSS\", mime: \"text/css\", mode: \"css\", ext: [\"css\"]},\n {name: \"CQL\", mime: \"text/x-cassandra\", mode: \"sql\", ext: [\"cql\"]},\n {name: \"D\", mime: \"text/x-d\", mode: \"d\", ext: [\"d\"]},\n {name: \"Dart\", mimes: [\"application/dart\", \"text/x-dart\"], mode: \"dart\", ext: [\"dart\"]},\n {name: \"diff\", mime: \"text/x-diff\", mode: \"diff\", ext: [\"diff\", \"patch\"]},\n {name: \"Django\", mime: \"text/x-django\", mode: \"django\"},\n {name: \"Dockerfile\", mime: \"text/x-dockerfile\", mode: \"dockerfile\", file: /^Dockerfile$/},\n {name: \"DTD\", mime: \"application/xml-dtd\", mode: \"dtd\", ext: [\"dtd\"]},\n {name: \"Dylan\", mime: \"text/x-dylan\", mode: \"dylan\", ext: [\"dylan\", \"dyl\", \"intr\"]},\n {name: \"EBNF\", mime: \"text/x-ebnf\", mode: \"ebnf\"},\n {name: \"ECL\", mime: \"text/x-ecl\", mode: \"ecl\", ext: [\"ecl\"]},\n {name: \"edn\", mime: \"application/edn\", mode: \"clojure\", ext: [\"edn\"]},\n {name: \"Eiffel\", mime: \"text/x-eiffel\", mode: \"eiffel\", ext: [\"e\"]},\n {name: \"Elm\", mime: \"text/x-elm\", mode: \"elm\", ext: [\"elm\"]},\n {name: \"Embedded Javascript\", mime: \"application/x-ejs\", mode: \"htmlembedded\", ext: [\"ejs\"]},\n {name: \"Embedded Ruby\", mime: \"application/x-erb\", mode: \"htmlembedded\", ext: [\"erb\"]},\n {name: \"Erlang\", mime: \"text/x-erlang\", mode: \"erlang\", ext: [\"erl\"]},\n {name: \"Factor\", mime: \"text/x-factor\", mode: \"factor\", ext: [\"factor\"]},\n {name: \"FCL\", mime: \"text/x-fcl\", mode: \"fcl\"},\n {name: \"Forth\", mime: \"text/x-forth\", mode: \"forth\", ext: [\"forth\", \"fth\", \"4th\"]},\n {name: \"Fortran\", mime: \"text/x-fortran\", mode: \"fortran\", ext: [\"f\", \"for\", \"f77\", \"f90\"]},\n {name: \"F#\", mime: \"text/x-fsharp\", mode: \"mllike\", ext: [\"fs\"], alias: [\"fsharp\"]},\n {name: \"Gas\", mime: \"text/x-gas\", mode: \"gas\", ext: [\"s\"]},\n {name: \"Gherkin\", mime: \"text/x-feature\", mode: \"gherkin\", ext: [\"feature\"]},\n {name: \"GitHub Flavored Markdown\", mime: \"text/x-gfm\", mode: \"gfm\", file: /^(readme|contributing|history).md$/i},\n {name: \"Go\", mime: \"text/x-go\", mode: \"go\", ext: [\"go\"]},\n {name: \"Groovy\", mime: \"text/x-groovy\", mode: \"groovy\", ext: [\"groovy\", \"gradle\"]},\n {name: \"HAML\", mime: \"text/x-haml\", mode: \"haml\", ext: [\"haml\"]},\n {name: \"Haskell\", mime: \"text/x-haskell\", mode: \"haskell\", ext: [\"hs\"]},\n {name: \"Haskell (Literate)\", mime: \"text/x-literate-haskell\", mode: \"haskell-literate\", ext: [\"lhs\"]},\n {name: \"Haxe\", mime: \"text/x-haxe\", mode: \"haxe\", ext: [\"hx\"]},\n {name: \"HXML\", mime: \"text/x-hxml\", mode: \"haxe\", ext: [\"hxml\"]},\n {name: \"ASP.NET\", mime: \"application/x-aspx\", mode: \"htmlembedded\", ext: [\"aspx\"], alias: [\"asp\", \"aspx\"]},\n {name: \"HTML\", mime: \"text/html\", mode: \"htmlmixed\", ext: [\"html\", \"htm\"], alias: [\"xhtml\"]},\n {name: \"HTTP\", mime: \"message/http\", mode: \"http\"},\n {name: \"IDL\", mime: \"text/x-idl\", mode: \"idl\", ext: [\"pro\"]},\n {name: \"Jade\", mime: \"text/x-jade\", mode: \"jade\", ext: [\"jade\"]},\n {name: \"Java\", mime: \"text/x-java\", mode: \"clike\", ext: [\"java\"]},\n {name: \"Java Server Pages\", mime: \"application/x-jsp\", mode: \"htmlembedded\", ext: [\"jsp\"], alias: [\"jsp\"]},\n {name: \"JavaScript\", mimes: [\"text/javascript\", \"text/ecmascript\", \"application/javascript\", \"application/x-javascript\", \"application/ecmascript\"],\n mode: \"javascript\", ext: [\"js\"], alias: [\"ecmascript\", \"js\", \"node\"]},\n {name: \"JSON\", mimes: [\"application/json\", \"application/x-json\"], mode: \"javascript\", ext: [\"json\", \"map\"], alias: [\"json5\"]},\n {name: \"JSON-LD\", mime: \"application/ld+json\", mode: \"javascript\", ext: [\"jsonld\"], alias: [\"jsonld\"]},\n {name: \"JSX\", mime: \"text/jsx\", mode: \"jsx\", ext: [\"jsx\"]},\n {name: \"Jinja2\", mime: \"null\", mode: \"jinja2\"},\n {name: \"Julia\", mime: \"text/x-julia\", mode: \"julia\", ext: [\"jl\"]},\n {name: \"Kotlin\", mime: \"text/x-kotlin\", mode: \"clike\", ext: [\"kt\"]},\n {name: \"LESS\", mime: \"text/x-less\", mode: \"css\", ext: [\"less\"]},\n {name: \"LiveScript\", mime: \"text/x-livescript\", mode: \"livescript\", ext: [\"ls\"], alias: [\"ls\"]},\n {name: \"Lua\", mime: \"text/x-lua\", mode: \"lua\", ext: [\"lua\"]},\n {name: \"Markdown\", mime: \"text/x-markdown\", mode: \"markdown\", ext: [\"markdown\", \"md\", \"mkd\"]},\n {name: \"mIRC\", mime: \"text/mirc\", mode: \"mirc\"},\n {name: \"MariaDB SQL\", mime: \"text/x-mariadb\", mode: \"sql\"},\n {name: \"Mathematica\", mime: \"text/x-mathematica\", mode: \"mathematica\", ext: [\"m\", \"nb\"]},\n {name: \"Modelica\", mime: \"text/x-modelica\", mode: \"modelica\", ext: [\"mo\"]},\n {name: \"MUMPS\", mime: \"text/x-mumps\", mode: \"mumps\", ext: [\"mps\"]},\n {name: \"MS SQL\", mime: \"text/x-mssql\", mode: \"sql\"},\n {name: \"MySQL\", mime: \"text/x-mysql\", mode: \"sql\"},\n {name: \"Nginx\", mime: \"text/x-nginx-conf\", mode: \"nginx\", file: /nginx.*\\.conf$/i},\n {name: \"NSIS\", mime: \"text/x-nsis\", mode: \"nsis\", ext: [\"nsh\", \"nsi\"]},\n {name: \"NTriples\", mime: \"text/n-triples\", mode: \"ntriples\", ext: [\"nt\"]},\n {name: \"Objective C\", mime: \"text/x-objectivec\", mode: \"clike\", ext: [\"m\", \"mm\"]},\n {name: \"OCaml\", mime: \"text/x-ocaml\", mode: \"mllike\", ext: [\"ml\", \"mli\", \"mll\", \"mly\"]},\n {name: \"Octave\", mime: \"text/x-octave\", mode: \"octave\", ext: [\"m\"]},\n {name: \"Oz\", mime: \"text/x-oz\", mode: \"oz\", ext: [\"oz\"]},\n {name: \"Pascal\", mime: \"text/x-pascal\", mode: \"pascal\", ext: [\"p\", \"pas\"]},\n {name: \"PEG.js\", mime: \"null\", mode: \"pegjs\", ext: [\"jsonld\"]},\n {name: \"Perl\", mime: \"text/x-perl\", mode: \"perl\", ext: [\"pl\", \"pm\"]},\n {name: \"PHP\", mime: \"application/x-httpd-php\", mode: \"php\", ext: [\"php\", \"php3\", \"php4\", \"php5\", \"phtml\"]},\n {name: \"Pig\", mime: \"text/x-pig\", mode: \"pig\", ext: [\"pig\"]},\n {name: \"Plain Text\", mime: \"text/plain\", mode: \"null\", ext: [\"txt\", \"text\", \"conf\", \"def\", \"list\", \"log\"]},\n {name: \"PLSQL\", mime: \"text/x-plsql\", mode: \"sql\", ext: [\"pls\"]},\n {name: \"Properties files\", mime: \"text/x-properties\", mode: \"properties\", ext: [\"properties\", \"ini\", \"in\"], alias: [\"ini\", \"properties\"]},\n {name: \"ProtoBuf\", mime: \"text/x-protobuf\", mode: \"protobuf\", ext: [\"proto\"]},\n {name: \"Python\", mime: \"text/x-python\", mode: \"python\", ext: [\"py\", \"pyw\"]},\n {name: \"Puppet\", mime: \"text/x-puppet\", mode: \"puppet\", ext: [\"pp\"]},\n {name: \"Q\", mime: \"text/x-q\", mode: \"q\", ext: [\"q\"]},\n {name: \"R\", mime: \"text/x-rsrc\", mode: \"r\", ext: [\"r\"], alias: [\"rscript\"]},\n {name: \"reStructuredText\", mime: \"text/x-rst\", mode: \"rst\", ext: [\"rst\"], alias: [\"rst\"]},\n {name: \"RPM Changes\", mime: \"text/x-rpm-changes\", mode: \"rpm\"},\n {name: \"RPM Spec\", mime: \"text/x-rpm-spec\", mode: \"rpm\", ext: [\"spec\"]},\n {name: \"Ruby\", mime: \"text/x-ruby\", mode: \"ruby\", ext: [\"rb\"], alias: [\"jruby\", \"macruby\", \"rake\", \"rb\", \"rbx\"]},\n {name: \"Rust\", mime: \"text/x-rustsrc\", mode: \"rust\", ext: [\"rs\"]},\n {name: \"Sass\", mime: \"text/x-sass\", mode: \"sass\", ext: [\"sass\"]},\n {name: \"Scala\", mime: \"text/x-scala\", mode: \"clike\", ext: [\"scala\"]},\n {name: \"Scheme\", mime: \"text/x-scheme\", mode: \"scheme\", ext: [\"scm\", \"ss\"]},\n {name: \"SCSS\", mime: \"text/x-scss\", mode: \"css\", ext: [\"scss\"]},\n {name: \"Shell\", mime: \"text/x-sh\", mode: \"shell\", ext: [\"sh\", \"ksh\", \"bash\"], alias: [\"bash\", \"sh\", \"zsh\"], file: /^PKGBUILD$/},\n {name: \"Sieve\", mime: \"application/sieve\", mode: \"sieve\", ext: [\"siv\", \"sieve\"]},\n {name: \"Slim\", mimes: [\"text/x-slim\", \"application/x-slim\"], mode: \"slim\", ext: [\"slim\"]},\n {name: \"Smalltalk\", mime: \"text/x-stsrc\", mode: \"smalltalk\", ext: [\"st\"]},\n {name: \"Smarty\", mime: \"text/x-smarty\", mode: \"smarty\", ext: [\"tpl\"]},\n {name: \"Solr\", mime: \"text/x-solr\", mode: \"solr\"},\n {name: \"Soy\", mime: \"text/x-soy\", mode: \"soy\", ext: [\"soy\"], alias: [\"closure template\"]},\n {name: \"SPARQL\", mime: \"application/sparql-query\", mode: \"sparql\", ext: [\"rq\", \"sparql\"], alias: [\"sparul\"]},\n {name: \"Spreadsheet\", mime: \"text/x-spreadsheet\", mode: \"spreadsheet\", alias: [\"excel\", \"formula\"]},\n {name: \"SQL\", mime: \"text/x-sql\", mode: \"sql\", ext: [\"sql\"]},\n {name: \"Squirrel\", mime: \"text/x-squirrel\", mode: \"clike\", ext: [\"nut\"]},\n {name: \"Swift\", mime: \"text/x-swift\", mode: \"swift\", ext: [\"swift\"]},\n {name: \"sTeX\", mime: \"text/x-stex\", mode: \"stex\"},\n {name: \"LaTeX\", mime: \"text/x-latex\", mode: \"stex\", ext: [\"text\", \"ltx\"], alias: [\"tex\"]},\n {name: \"SystemVerilog\", mime: \"text/x-systemverilog\", mode: \"verilog\", ext: [\"v\"]},\n {name: \"Tcl\", mime: \"text/x-tcl\", mode: \"tcl\", ext: [\"tcl\"]},\n {name: \"Textile\", mime: \"text/x-textile\", mode: \"textile\", ext: [\"textile\"]},\n {name: \"TiddlyWiki \", mime: \"text/x-tiddlywiki\", mode: \"tiddlywiki\"},\n {name: \"Tiki wiki\", mime: \"text/tiki\", mode: \"tiki\"},\n {name: \"TOML\", mime: \"text/x-toml\", mode: \"toml\", ext: [\"toml\"]},\n {name: \"Tornado\", mime: \"text/x-tornado\", mode: \"tornado\"},\n {name: \"troff\", mime: \"text/troff\", mode: \"troff\", ext: [\"1\", \"2\", \"3\", \"4\", \"5\", \"6\", \"7\", \"8\", \"9\"]},\n {name: \"TTCN\", mime: \"text/x-ttcn\", mode: \"ttcn\", ext: [\"ttcn\", \"ttcn3\", \"ttcnpp\"]},\n {name: \"TTCN_CFG\", mime: \"text/x-ttcn-cfg\", mode: \"ttcn-cfg\", ext: [\"cfg\"]},\n {name: \"Turtle\", mime: \"text/turtle\", mode: \"turtle\", ext: [\"ttl\"]},\n {name: \"TypeScript\", mime: \"application/typescript\", mode: \"javascript\", ext: [\"ts\"], alias: [\"ts\"]},\n {name: \"Twig\", mime: \"text/x-twig\", mode: \"twig\"},\n {name: \"VB.NET\", mime: \"text/x-vb\", mode: \"vb\", ext: [\"vb\"]},\n {name: \"VBScript\", mime: \"text/vbscript\", mode: \"vbscript\", ext: [\"vbs\"]},\n {name: \"Velocity\", mime: \"text/velocity\", mode: \"velocity\", ext: [\"vtl\"]},\n {name: \"Verilog\", mime: \"text/x-verilog\", mode: \"verilog\", ext: [\"v\"]},\n {name: \"VHDL\", mime: \"text/x-vhdl\", mode: \"vhdl\", ext: [\"vhd\", \"vhdl\"]},\n {name: \"XML\", mimes: [\"application/xml\", \"text/xml\"], mode: \"xml\", ext: [\"xml\", \"xsl\", \"xsd\"], alias: [\"rss\", \"wsdl\", \"xsd\"]},\n {name: \"XQuery\", mime: \"application/xquery\", mode: \"xquery\", ext: [\"xy\", \"xquery\"]},\n {name: \"YAML\", mime: \"text/x-yaml\", mode: \"yaml\", ext: [\"yaml\", \"yml\"], alias: [\"yml\"]},\n {name: \"Z80\", mime: \"text/x-z80\", mode: \"z80\", ext: [\"z80\"]},\n {name: \"mscgen\", mime: \"text/x-mscgen\", mode: \"mscgen\", ext: [\"mscgen\", \"mscin\", \"msc\"]},\n {name: \"xu\", mime: \"text/x-xu\", mode: \"mscgen\", ext: [\"xu\"]},\n {name: \"msgenny\", mime: \"text/x-msgenny\", mode: \"mscgen\", ext: [\"msgenny\"]}\n ];\n // Ensure all modes have a mime property for backwards compatibility\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.mimes) info.mime = info.mimes[0];\n }\n\n CodeMirror.findModeByMIME = function(mime) {\n mime = mime.toLowerCase();\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.mime == mime) return info;\n if (info.mimes) for (var j = 0; j < info.mimes.length; j++)\n if (info.mimes[j] == mime) return info;\n }\n };\n\n CodeMirror.findModeByExtension = function(ext) {\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.ext) for (var j = 0; j < info.ext.length; j++)\n if (info.ext[j] == ext) return info;\n }\n };\n\n CodeMirror.findModeByFileName = function(filename) {\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.file && info.file.test(filename)) return info;\n }\n var dot = filename.lastIndexOf(\".\");\n var ext = dot > -1 && filename.substring(dot + 1, filename.length);\n if (ext) return CodeMirror.findModeByExtension(ext);\n };\n\n CodeMirror.findModeByName = function(name) {\n name = name.toLowerCase();\n for (var i = 0; i < CodeMirror.modeInfo.length; i++) {\n var info = CodeMirror.modeInfo[i];\n if (info.name.toLowerCase() == name) return info;\n if (info.alias) for (var j = 0; j < info.alias.length; j++)\n if (info.alias[j].toLowerCase() == name) return info;\n }\n };\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/meta.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.css": {
"text": "span.cm-underlined {\n text-decoration: underline;\n}\nspan.cm-strikethrough {\n text-decoration: line-through;\n}\nspan.cm-brace {\n color: #170;\n font-weight: bold;\n}\nspan.cm-table {\n color: blue;\n font-weight: bold;\n}\n",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.css",
"tags": "[[$:/tags/Stylesheet]]"
},
"$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n/***\n |''Name''|tiddlywiki.js|\n |''Description''|Enables TiddlyWikiy syntax highlighting using CodeMirror|\n |''Author''|PMario|\n |''Version''|0.1.7|\n |''Status''|''stable''|\n |''Source''|[[GitHub|https://github.com/pmario/CodeMirror2/blob/tw-syntax/mode/tiddlywiki]]|\n |''Documentation''|http://codemirror.tiddlyspace.com/|\n |''License''|[[MIT License|http://www.opensource.org/licenses/mit-license.php]]|\n |''CoreVersion''|2.5.0|\n |''Requires''|codemirror.js|\n |''Keywords''|syntax highlighting color code mirror codemirror|\n ! Info\n CoreVersion parameter is needed for TiddlyWiki only!\n***/\n//{{{\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"tiddlywiki\", function () {\n // Tokenizer\n var textwords = {};\n\n var keywords = function () {\n function kw(type) {\n return { type: type, style: \"macro\"};\n }\n return {\n \"allTags\": kw('allTags'), \"closeAll\": kw('closeAll'), \"list\": kw('list'),\n \"newJournal\": kw('newJournal'), \"newTiddler\": kw('newTiddler'),\n \"permaview\": kw('permaview'), \"saveChanges\": kw('saveChanges'),\n \"search\": kw('search'), \"slider\": kw('slider'), \"tabs\": kw('tabs'),\n \"tag\": kw('tag'), \"tagging\": kw('tagging'), \"tags\": kw('tags'),\n \"tiddler\": kw('tiddler'), \"timeline\": kw('timeline'),\n \"today\": kw('today'), \"version\": kw('version'), \"option\": kw('option'),\n\n \"with\": kw('with'),\n \"filter\": kw('filter')\n };\n }();\n\n var isSpaceName = /[\\w_\\-]/i,\n reHR = /^\\-\\-\\-\\-+$/, // <hr>\n reWikiCommentStart = /^\\/\\*\\*\\*$/, // /***\n reWikiCommentStop = /^\\*\\*\\*\\/$/, // ***/\n reBlockQuote = /^<<<$/,\n\n reJsCodeStart = /^\\/\\/\\{\\{\\{$/, // //{{{ js block start\n reJsCodeStop = /^\\/\\/\\}\\}\\}$/, // //}}} js stop\n reXmlCodeStart = /^<!--\\{\\{\\{-->$/, // xml block start\n reXmlCodeStop = /^<!--\\}\\}\\}-->$/, // xml stop\n\n reCodeBlockStart = /^\\{\\{\\{$/, // {{{ TW text div block start\n reCodeBlockStop = /^\\}\\}\\}$/, // }}} TW text stop\n\n reUntilCodeStop = /.*?\\}\\}\\}/;\n\n function chain(stream, state, f) {\n state.tokenize = f;\n return f(stream, state);\n }\n\n function jsTokenBase(stream, state) {\n var sol = stream.sol(), ch;\n\n state.block = false; // indicates the start of a code block.\n\n ch = stream.peek(); // don't eat, to make matching simpler\n\n // check start of blocks\n if (sol && /[<\\/\\*{}\\-]/.test(ch)) {\n if (stream.match(reCodeBlockStart)) {\n state.block = true;\n return chain(stream, state, twTokenCode);\n }\n if (stream.match(reBlockQuote)) {\n return 'quote';\n }\n if (stream.match(reWikiCommentStart) || stream.match(reWikiCommentStop)) {\n return 'comment';\n }\n if (stream.match(reJsCodeStart) || stream.match(reJsCodeStop) || stream.match(reXmlCodeStart) || stream.match(reXmlCodeStop)) {\n return 'comment';\n }\n if (stream.match(reHR)) {\n return 'hr';\n }\n } // sol\n ch = stream.next();\n\n if (sol && /[\\/\\*!#;:>|]/.test(ch)) {\n if (ch == \"!\") { // tw header\n stream.skipToEnd();\n return \"header\";\n }\n if (ch == \"*\") { // tw list\n stream.eatWhile('*');\n return \"comment\";\n }\n if (ch == \"#\") { // tw numbered list\n stream.eatWhile('#');\n return \"comment\";\n }\n if (ch == \";\") { // definition list, term\n stream.eatWhile(';');\n return \"comment\";\n }\n if (ch == \":\") { // definition list, description\n stream.eatWhile(':');\n return \"comment\";\n }\n if (ch == \">\") { // single line quote\n stream.eatWhile(\">\");\n return \"quote\";\n }\n if (ch == '|') {\n return 'header';\n }\n }\n\n if (ch == '{' && stream.match(/\\{\\{/)) {\n return chain(stream, state, twTokenCode);\n }\n\n // rudimentary html:// file:// link matching. TW knows much more ...\n if (/[hf]/i.test(ch)) {\n if (/[ti]/i.test(stream.peek()) && stream.match(/\\b(ttps?|tp|ile):\\/\\/[\\-A-Z0-9+&@#\\/%?=~_|$!:,.;]*[A-Z0-9+&@#\\/%=~_|$]/i)) {\n return \"link\";\n }\n }\n // just a little string indicator, don't want to have the whole string covered\n if (ch == '\"') {\n return 'string';\n }\n if (ch == '~') { // _no_ CamelCase indicator should be bold\n return 'brace';\n }\n if (/[\\[\\]]/.test(ch)) { // check for [[..]]\n if (stream.peek() == ch) {\n stream.next();\n return 'brace';\n }\n }\n if (ch == \"@\") { // check for space link. TODO fix @@...@@ highlighting\n stream.eatWhile(isSpaceName);\n return \"link\";\n }\n if (/\\d/.test(ch)) { // numbers\n stream.eatWhile(/\\d/);\n return \"number\";\n }\n if (ch == \"/\") { // tw invisible comment\n if (stream.eat(\"%\")) {\n return chain(stream, state, twTokenComment);\n }\n else if (stream.eat(\"/\")) { //\n return chain(stream, state, twTokenEm);\n }\n }\n if (ch == \"_\") { // tw underline\n if (stream.eat(\"_\")) {\n return chain(stream, state, twTokenUnderline);\n }\n }\n // strikethrough and mdash handling\n if (ch == \"-\") {\n if (stream.eat(\"-\")) {\n // if strikethrough looks ugly, change CSS.\n if (stream.peek() != ' ')\n return chain(stream, state, twTokenStrike);\n // mdash\n if (stream.peek() == ' ')\n return 'brace';\n }\n }\n if (ch == \"'\") { // tw bold\n if (stream.eat(\"'\")) {\n return chain(stream, state, twTokenStrong);\n }\n }\n if (ch == \"<\") { // tw macro\n if (stream.eat(\"<\")) {\n return chain(stream, state, twTokenMacro);\n }\n }\n else {\n return null;\n }\n\n // core macro handling\n stream.eatWhile(/[\\w\\$_]/);\n var word = stream.current(),\n known = textwords.propertyIsEnumerable(word) && textwords[word];\n\n return known ? known.style : null;\n } // jsTokenBase()\n\n // tw invisible comment\n function twTokenComment(stream, state) {\n var maybeEnd = false,\n ch;\n while (ch = stream.next()) {\n if (ch == \"/\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"%\");\n }\n return \"comment\";\n }\n\n // tw strong / bold\n function twTokenStrong(stream, state) {\n var maybeEnd = false,\n ch;\n while (ch = stream.next()) {\n if (ch == \"'\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"'\");\n }\n return \"strong\";\n }\n\n // tw code\n function twTokenCode(stream, state) {\n var sb = state.block;\n\n if (sb && stream.current()) {\n return \"comment\";\n }\n\n if (!sb && stream.match(reUntilCodeStop)) {\n state.tokenize = jsTokenBase;\n return \"comment\";\n }\n\n if (sb && stream.sol() && stream.match(reCodeBlockStop)) {\n state.tokenize = jsTokenBase;\n return \"comment\";\n }\n\n stream.next();\n return \"comment\";\n }\n\n // tw em / italic\n function twTokenEm(stream, state) {\n var maybeEnd = false,\n ch;\n while (ch = stream.next()) {\n if (ch == \"/\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"/\");\n }\n return \"em\";\n }\n\n // tw underlined text\n function twTokenUnderline(stream, state) {\n var maybeEnd = false,\n ch;\n while (ch = stream.next()) {\n if (ch == \"_\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"_\");\n }\n return \"underlined\";\n }\n\n // tw strike through text looks ugly\n // change CSS if needed\n function twTokenStrike(stream, state) {\n var maybeEnd = false, ch;\n\n while (ch = stream.next()) {\n if (ch == \"-\" && maybeEnd) {\n state.tokenize = jsTokenBase;\n break;\n }\n maybeEnd = (ch == \"-\");\n }\n return \"strikethrough\";\n }\n\n // macro\n function twTokenMacro(stream, state) {\n var ch, word, known;\n\n if (stream.current() == '<<') {\n return 'macro';\n }\n\n ch = stream.next();\n if (!ch) {\n state.tokenize = jsTokenBase;\n return null;\n }\n if (ch == \">\") {\n if (stream.peek() == '>') {\n stream.next();\n state.tokenize = jsTokenBase;\n return \"macro\";\n }\n }\n\n stream.eatWhile(/[\\w\\$_]/);\n word = stream.current();\n known = keywords.propertyIsEnumerable(word) && keywords[word];\n\n if (known) {\n return known.style, word;\n }\n else {\n return null, word;\n }\n }\n\n // Interface\n return {\n startState: function () {\n return {\n tokenize: jsTokenBase,\n indented: 0,\n level: 0\n };\n },\n\n token: function (stream, state) {\n if (stream.eatSpace()) return null;\n var style = state.tokenize(stream, state);\n return style;\n },\n\n electricChars: \"\"\n };\n});\n\nCodeMirror.defineMIME(\"text/x-tiddlywiki\", \"tiddlywiki\");\n});\n\n//}}}\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/tiddlywiki/tiddlywiki.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nvar htmlConfig = {\n autoSelfClosers: {'area': true, 'base': true, 'br': true, 'col': true, 'command': true,\n 'embed': true, 'frame': true, 'hr': true, 'img': true, 'input': true,\n 'keygen': true, 'link': true, 'meta': true, 'param': true, 'source': true,\n 'track': true, 'wbr': true, 'menuitem': true},\n implicitlyClosed: {'dd': true, 'li': true, 'optgroup': true, 'option': true, 'p': true,\n 'rp': true, 'rt': true, 'tbody': true, 'td': true, 'tfoot': true,\n 'th': true, 'tr': true},\n contextGrabbers: {\n 'dd': {'dd': true, 'dt': true},\n 'dt': {'dd': true, 'dt': true},\n 'li': {'li': true},\n 'option': {'option': true, 'optgroup': true},\n 'optgroup': {'optgroup': true},\n 'p': {'address': true, 'article': true, 'aside': true, 'blockquote': true, 'dir': true,\n 'div': true, 'dl': true, 'fieldset': true, 'footer': true, 'form': true,\n 'h1': true, 'h2': true, 'h3': true, 'h4': true, 'h5': true, 'h6': true,\n 'header': true, 'hgroup': true, 'hr': true, 'menu': true, 'nav': true, 'ol': true,\n 'p': true, 'pre': true, 'section': true, 'table': true, 'ul': true},\n 'rp': {'rp': true, 'rt': true},\n 'rt': {'rp': true, 'rt': true},\n 'tbody': {'tbody': true, 'tfoot': true},\n 'td': {'td': true, 'th': true},\n 'tfoot': {'tbody': true},\n 'th': {'td': true, 'th': true},\n 'thead': {'tbody': true, 'tfoot': true},\n 'tr': {'tr': true}\n },\n doNotIndent: {\"pre\": true},\n allowUnquoted: true,\n allowMissing: true,\n caseFold: true\n}\n\nvar xmlConfig = {\n autoSelfClosers: {},\n implicitlyClosed: {},\n contextGrabbers: {},\n doNotIndent: {},\n allowUnquoted: false,\n allowMissing: false,\n caseFold: false\n}\n\nCodeMirror.defineMode(\"xml\", function(editorConf, config_) {\n var indentUnit = editorConf.indentUnit\n var config = {}\n var defaults = config_.htmlMode ? htmlConfig : xmlConfig\n for (var prop in defaults) config[prop] = defaults[prop]\n for (var prop in config_) config[prop] = config_[prop]\n\n // Return variables for tokenizers\n var type, setStyle;\n\n function inText(stream, state) {\n function chain(parser) {\n state.tokenize = parser;\n return parser(stream, state);\n }\n\n var ch = stream.next();\n if (ch == \"<\") {\n if (stream.eat(\"!\")) {\n if (stream.eat(\"[\")) {\n if (stream.match(\"CDATA[\")) return chain(inBlock(\"atom\", \"]]>\"));\n else return null;\n } else if (stream.match(\"--\")) {\n return chain(inBlock(\"comment\", \"-->\"));\n } else if (stream.match(\"DOCTYPE\", true, true)) {\n stream.eatWhile(/[\\w\\._\\-]/);\n return chain(doctype(1));\n } else {\n return null;\n }\n } else if (stream.eat(\"?\")) {\n stream.eatWhile(/[\\w\\._\\-]/);\n state.tokenize = inBlock(\"meta\", \"?>\");\n return \"meta\";\n } else {\n type = stream.eat(\"/\") ? \"closeTag\" : \"openTag\";\n state.tokenize = inTag;\n return \"tag bracket\";\n }\n } else if (ch == \"&\") {\n var ok;\n if (stream.eat(\"#\")) {\n if (stream.eat(\"x\")) {\n ok = stream.eatWhile(/[a-fA-F\\d]/) && stream.eat(\";\");\n } else {\n ok = stream.eatWhile(/[\\d]/) && stream.eat(\";\");\n }\n } else {\n ok = stream.eatWhile(/[\\w\\.\\-:]/) && stream.eat(\";\");\n }\n return ok ? \"atom\" : \"error\";\n } else {\n stream.eatWhile(/[^&<]/);\n return null;\n }\n }\n inText.isInText = true;\n\n function inTag(stream, state) {\n var ch = stream.next();\n if (ch == \">\" || (ch == \"/\" && stream.eat(\">\"))) {\n state.tokenize = inText;\n type = ch == \">\" ? \"endTag\" : \"selfcloseTag\";\n return \"tag bracket\";\n } else if (ch == \"=\") {\n type = \"equals\";\n return null;\n } else if (ch == \"<\") {\n state.tokenize = inText;\n state.state = baseState;\n state.tagName = state.tagStart = null;\n var next = state.tokenize(stream, state);\n return next ? next + \" tag error\" : \"tag error\";\n } else if (/[\\'\\\"]/.test(ch)) {\n state.tokenize = inAttribute(ch);\n state.stringStartCol = stream.column();\n return state.tokenize(stream, state);\n } else {\n stream.match(/^[^\\s\\u00a0=<>\\\"\\']*[^\\s\\u00a0=<>\\\"\\'\\/]/);\n return \"word\";\n }\n }\n\n function inAttribute(quote) {\n var closure = function(stream, state) {\n while (!stream.eol()) {\n if (stream.next() == quote) {\n state.tokenize = inTag;\n break;\n }\n }\n return \"string\";\n };\n closure.isInAttribute = true;\n return closure;\n }\n\n function inBlock(style, terminator) {\n return function(stream, state) {\n while (!stream.eol()) {\n if (stream.match(terminator)) {\n state.tokenize = inText;\n break;\n }\n stream.next();\n }\n return style;\n };\n }\n function doctype(depth) {\n return function(stream, state) {\n var ch;\n while ((ch = stream.next()) != null) {\n if (ch == \"<\") {\n state.tokenize = doctype(depth + 1);\n return state.tokenize(stream, state);\n } else if (ch == \">\") {\n if (depth == 1) {\n state.tokenize = inText;\n break;\n } else {\n state.tokenize = doctype(depth - 1);\n return state.tokenize(stream, state);\n }\n }\n }\n return \"meta\";\n };\n }\n\n function Context(state, tagName, startOfLine) {\n this.prev = state.context;\n this.tagName = tagName;\n this.indent = state.indented;\n this.startOfLine = startOfLine;\n if (config.doNotIndent.hasOwnProperty(tagName) || (state.context && state.context.noIndent))\n this.noIndent = true;\n }\n function popContext(state) {\n if (state.context) state.context = state.context.prev;\n }\n function maybePopContext(state, nextTagName) {\n var parentTagName;\n while (true) {\n if (!state.context) {\n return;\n }\n parentTagName = state.context.tagName;\n if (!config.contextGrabbers.hasOwnProperty(parentTagName) ||\n !config.contextGrabbers[parentTagName].hasOwnProperty(nextTagName)) {\n return;\n }\n popContext(state);\n }\n }\n\n function baseState(type, stream, state) {\n if (type == \"openTag\") {\n state.tagStart = stream.column();\n return tagNameState;\n } else if (type == \"closeTag\") {\n return closeTagNameState;\n } else {\n return baseState;\n }\n }\n function tagNameState(type, stream, state) {\n if (type == \"word\") {\n state.tagName = stream.current();\n setStyle = \"tag\";\n return attrState;\n } else {\n setStyle = \"error\";\n return tagNameState;\n }\n }\n function closeTagNameState(type, stream, state) {\n if (type == \"word\") {\n var tagName = stream.current();\n if (state.context && state.context.tagName != tagName &&\n config.implicitlyClosed.hasOwnProperty(state.context.tagName))\n popContext(state);\n if ((state.context && state.context.tagName == tagName) || config.matchClosing === false) {\n setStyle = \"tag\";\n return closeState;\n } else {\n setStyle = \"tag error\";\n return closeStateErr;\n }\n } else {\n setStyle = \"error\";\n return closeStateErr;\n }\n }\n\n function closeState(type, _stream, state) {\n if (type != \"endTag\") {\n setStyle = \"error\";\n return closeState;\n }\n popContext(state);\n return baseState;\n }\n function closeStateErr(type, stream, state) {\n setStyle = \"error\";\n return closeState(type, stream, state);\n }\n\n function attrState(type, _stream, state) {\n if (type == \"word\") {\n setStyle = \"attribute\";\n return attrEqState;\n } else if (type == \"endTag\" || type == \"selfcloseTag\") {\n var tagName = state.tagName, tagStart = state.tagStart;\n state.tagName = state.tagStart = null;\n if (type == \"selfcloseTag\" ||\n config.autoSelfClosers.hasOwnProperty(tagName)) {\n maybePopContext(state, tagName);\n } else {\n maybePopContext(state, tagName);\n state.context = new Context(state, tagName, tagStart == state.indented);\n }\n return baseState;\n }\n setStyle = \"error\";\n return attrState;\n }\n function attrEqState(type, stream, state) {\n if (type == \"equals\") return attrValueState;\n if (!config.allowMissing) setStyle = \"error\";\n return attrState(type, stream, state);\n }\n function attrValueState(type, stream, state) {\n if (type == \"string\") return attrContinuedState;\n if (type == \"word\" && config.allowUnquoted) {setStyle = \"string\"; return attrState;}\n setStyle = \"error\";\n return attrState(type, stream, state);\n }\n function attrContinuedState(type, stream, state) {\n if (type == \"string\") return attrContinuedState;\n return attrState(type, stream, state);\n }\n\n return {\n startState: function(baseIndent) {\n var state = {tokenize: inText,\n state: baseState,\n indented: baseIndent || 0,\n tagName: null, tagStart: null,\n context: null}\n if (baseIndent != null) state.baseIndent = baseIndent\n return state\n },\n\n token: function(stream, state) {\n if (!state.tagName && stream.sol())\n state.indented = stream.indentation();\n\n if (stream.eatSpace()) return null;\n type = null;\n var style = state.tokenize(stream, state);\n if ((style || type) && style != \"comment\") {\n setStyle = null;\n state.state = state.state(type || style, stream, state);\n if (setStyle)\n style = setStyle == \"error\" ? style + \" error\" : setStyle;\n }\n return style;\n },\n\n indent: function(state, textAfter, fullLine) {\n var context = state.context;\n // Indent multi-line strings (e.g. css).\n if (state.tokenize.isInAttribute) {\n if (state.tagStart == state.indented)\n return state.stringStartCol + 1;\n else\n return state.indented + indentUnit;\n }\n if (context && context.noIndent) return CodeMirror.Pass;\n if (state.tokenize != inTag && state.tokenize != inText)\n return fullLine ? fullLine.match(/^(\\s*)/)[0].length : 0;\n // Indent the starts of attribute names.\n if (state.tagName) {\n if (config.multilineTagIndentPastTag !== false)\n return state.tagStart + state.tagName.length + 2;\n else\n return state.tagStart + indentUnit * (config.multilineTagIndentFactor || 1);\n }\n if (config.alignCDATA && /<!\\[CDATA\\[/.test(textAfter)) return 0;\n var tagAfter = textAfter && /^<(\\/)?([\\w_:\\.-]*)/.exec(textAfter);\n if (tagAfter && tagAfter[1]) { // Closing tag spotted\n while (context) {\n if (context.tagName == tagAfter[2]) {\n context = context.prev;\n break;\n } else if (config.implicitlyClosed.hasOwnProperty(context.tagName)) {\n context = context.prev;\n } else {\n break;\n }\n }\n } else if (tagAfter) { // Opening tag spotted\n while (context) {\n var grabbers = config.contextGrabbers[context.tagName];\n if (grabbers && grabbers.hasOwnProperty(tagAfter[2]))\n context = context.prev;\n else\n break;\n }\n }\n while (context && context.prev && !context.startOfLine)\n context = context.prev;\n if (context) return context.indent + indentUnit;\n else return state.baseIndent || 0;\n },\n\n electricInput: /<\\/[\\s\\w:]+>$/,\n blockCommentStart: \"<!--\",\n blockCommentEnd: \"-->\",\n\n configuration: config.htmlMode ? \"html\" : \"xml\",\n helperType: config.htmlMode ? \"html\" : \"xml\",\n\n skipAttribute: function(state) {\n if (state.state == attrValueState)\n state.state = attrState\n }\n };\n});\n\nCodeMirror.defineMIME(\"text/xml\", \"xml\");\nCodeMirror.defineMIME(\"application/xml\", \"xml\");\nif (!CodeMirror.mimeModes.hasOwnProperty(\"text/html\"))\n CodeMirror.defineMIME(\"text/html\", {name: \"xml\", htmlMode: true});\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/vim.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n/**\n * Supported keybindings:\n * Too many to list. Refer to defaultKeyMap below.\n *\n * Supported Ex commands:\n * Refer to defaultExCommandMap below.\n *\n * Registers: unnamed, -, a-z, A-Z, 0-9\n * (Does not respect the special case for number registers when delete\n * operator is made with these commands: %, (, ), , /, ?, n, N, {, } )\n * TODO: Implement the remaining registers.\n *\n * Marks: a-z, A-Z, and 0-9\n * TODO: Implement the remaining special marks. They have more complex\n * behavior.\n *\n * Events:\n * 'vim-mode-change' - raised on the editor anytime the current mode changes,\n * Event object: {mode: \"visual\", subMode: \"linewise\"}\n *\n * Code structure:\n * 1. Default keymap\n * 2. Variable declarations and short basic helpers\n * 3. Instance (External API) implementation\n * 4. Internal state tracking objects (input state, counter) implementation\n * and instanstiation\n * 5. Key handler (the main command dispatcher) implementation\n * 6. Motion, operator, and action implementations\n * 7. Helper functions for the key handler, motions, operators, and actions\n * 8. Set up Vim to work as a keymap for CodeMirror.\n * 9. Ex command implementations.\n */\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/dialog/dialog\"), require(\"../addon/edit/matchbrackets.js\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/dialog/dialog\", \"../addon/edit/matchbrackets\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n 'use strict';\n\n var defaultKeymap = [\n // Key to key mapping. This goes first to make it possible to override\n // existing mappings.\n { keys: '<Left>', type: 'keyToKey', toKeys: 'h' },\n { keys: '<Right>', type: 'keyToKey', toKeys: 'l' },\n { keys: '<Up>', type: 'keyToKey', toKeys: 'k' },\n { keys: '<Down>', type: 'keyToKey', toKeys: 'j' },\n { keys: '<Space>', type: 'keyToKey', toKeys: 'l' },\n { keys: '<BS>', type: 'keyToKey', toKeys: 'h', context: 'normal'},\n { keys: '<C-Space>', type: 'keyToKey', toKeys: 'W' },\n { keys: '<C-BS>', type: 'keyToKey', toKeys: 'B', context: 'normal' },\n { keys: '<S-Space>', type: 'keyToKey', toKeys: 'w' },\n { keys: '<S-BS>', type: 'keyToKey', toKeys: 'b', context: 'normal' },\n { keys: '<C-n>', type: 'keyToKey', toKeys: 'j' },\n { keys: '<C-p>', type: 'keyToKey', toKeys: 'k' },\n { keys: '<C-[>', type: 'keyToKey', toKeys: '<Esc>' },\n { keys: '<C-c>', type: 'keyToKey', toKeys: '<Esc>' },\n { keys: '<C-[>', type: 'keyToKey', toKeys: '<Esc>', context: 'insert' },\n { keys: '<C-c>', type: 'keyToKey', toKeys: '<Esc>', context: 'insert' },\n { keys: 's', type: 'keyToKey', toKeys: 'cl', context: 'normal' },\n { keys: 's', type: 'keyToKey', toKeys: 'c', context: 'visual'},\n { keys: 'S', type: 'keyToKey', toKeys: 'cc', context: 'normal' },\n { keys: 'S', type: 'keyToKey', toKeys: 'VdO', context: 'visual' },\n { keys: '<Home>', type: 'keyToKey', toKeys: '0' },\n { keys: '<End>', type: 'keyToKey', toKeys: '$' },\n { keys: '<PageUp>', type: 'keyToKey', toKeys: '<C-b>' },\n { keys: '<PageDown>', type: 'keyToKey', toKeys: '<C-f>' },\n { keys: '<CR>', type: 'keyToKey', toKeys: 'j^', context: 'normal' },\n // Motions\n { keys: 'H', type: 'motion', motion: 'moveToTopLine', motionArgs: { linewise: true, toJumplist: true }},\n { keys: 'M', type: 'motion', motion: 'moveToMiddleLine', motionArgs: { linewise: true, toJumplist: true }},\n { keys: 'L', type: 'motion', motion: 'moveToBottomLine', motionArgs: { linewise: true, toJumplist: true }},\n { keys: 'h', type: 'motion', motion: 'moveByCharacters', motionArgs: { forward: false }},\n { keys: 'l', type: 'motion', motion: 'moveByCharacters', motionArgs: { forward: true }},\n { keys: 'j', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, linewise: true }},\n { keys: 'k', type: 'motion', motion: 'moveByLines', motionArgs: { forward: false, linewise: true }},\n { keys: 'gj', type: 'motion', motion: 'moveByDisplayLines', motionArgs: { forward: true }},\n { keys: 'gk', type: 'motion', motion: 'moveByDisplayLines', motionArgs: { forward: false }},\n { keys: 'w', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: false }},\n { keys: 'W', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: false, bigWord: true }},\n { keys: 'e', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: true, inclusive: true }},\n { keys: 'E', type: 'motion', motion: 'moveByWords', motionArgs: { forward: true, wordEnd: true, bigWord: true, inclusive: true }},\n { keys: 'b', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false }},\n { keys: 'B', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false, bigWord: true }},\n { keys: 'ge', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: true, inclusive: true }},\n { keys: 'gE', type: 'motion', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: true, bigWord: true, inclusive: true }},\n { keys: '{', type: 'motion', motion: 'moveByParagraph', motionArgs: { forward: false, toJumplist: true }},\n { keys: '}', type: 'motion', motion: 'moveByParagraph', motionArgs: { forward: true, toJumplist: true }},\n { keys: '<C-f>', type: 'motion', motion: 'moveByPage', motionArgs: { forward: true }},\n { keys: '<C-b>', type: 'motion', motion: 'moveByPage', motionArgs: { forward: false }},\n { keys: '<C-d>', type: 'motion', motion: 'moveByScroll', motionArgs: { forward: true, explicitRepeat: true }},\n { keys: '<C-u>', type: 'motion', motion: 'moveByScroll', motionArgs: { forward: false, explicitRepeat: true }},\n { keys: 'gg', type: 'motion', motion: 'moveToLineOrEdgeOfDocument', motionArgs: { forward: false, explicitRepeat: true, linewise: true, toJumplist: true }},\n { keys: 'G', type: 'motion', motion: 'moveToLineOrEdgeOfDocument', motionArgs: { forward: true, explicitRepeat: true, linewise: true, toJumplist: true }},\n { keys: '0', type: 'motion', motion: 'moveToStartOfLine' },\n { keys: '^', type: 'motion', motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: '+', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, toFirstChar:true }},\n { keys: '-', type: 'motion', motion: 'moveByLines', motionArgs: { forward: false, toFirstChar:true }},\n { keys: '_', type: 'motion', motion: 'moveByLines', motionArgs: { forward: true, toFirstChar:true, repeatOffset:-1 }},\n { keys: '$', type: 'motion', motion: 'moveToEol', motionArgs: { inclusive: true }},\n { keys: '%', type: 'motion', motion: 'moveToMatchedSymbol', motionArgs: { inclusive: true, toJumplist: true }},\n { keys: 'f<character>', type: 'motion', motion: 'moveToCharacter', motionArgs: { forward: true , inclusive: true }},\n { keys: 'F<character>', type: 'motion', motion: 'moveToCharacter', motionArgs: { forward: false }},\n { keys: 't<character>', type: 'motion', motion: 'moveTillCharacter', motionArgs: { forward: true, inclusive: true }},\n { keys: 'T<character>', type: 'motion', motion: 'moveTillCharacter', motionArgs: { forward: false }},\n { keys: ';', type: 'motion', motion: 'repeatLastCharacterSearch', motionArgs: { forward: true }},\n { keys: ',', type: 'motion', motion: 'repeatLastCharacterSearch', motionArgs: { forward: false }},\n { keys: '\\'<character>', type: 'motion', motion: 'goToMark', motionArgs: {toJumplist: true, linewise: true}},\n { keys: '`<character>', type: 'motion', motion: 'goToMark', motionArgs: {toJumplist: true}},\n { keys: ']`', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true } },\n { keys: '[`', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false } },\n { keys: ']\\'', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true, linewise: true } },\n { keys: '[\\'', type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false, linewise: true } },\n // the next two aren't motions but must come before more general motion declarations\n { keys: ']p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: true, isEdit: true, matchIndent: true}},\n { keys: '[p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: false, isEdit: true, matchIndent: true}},\n { keys: ']<character>', type: 'motion', motion: 'moveToSymbol', motionArgs: { forward: true, toJumplist: true}},\n { keys: '[<character>', type: 'motion', motion: 'moveToSymbol', motionArgs: { forward: false, toJumplist: true}},\n { keys: '|', type: 'motion', motion: 'moveToColumn'},\n { keys: 'o', type: 'motion', motion: 'moveToOtherHighlightedEnd', context:'visual'},\n { keys: 'O', type: 'motion', motion: 'moveToOtherHighlightedEnd', motionArgs: {sameLine: true}, context:'visual'},\n // Operators\n { keys: 'd', type: 'operator', operator: 'delete' },\n { keys: 'y', type: 'operator', operator: 'yank' },\n { keys: 'c', type: 'operator', operator: 'change' },\n { keys: '>', type: 'operator', operator: 'indent', operatorArgs: { indentRight: true }},\n { keys: '<', type: 'operator', operator: 'indent', operatorArgs: { indentRight: false }},\n { keys: 'g~', type: 'operator', operator: 'changeCase' },\n { keys: 'gu', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: true}, isEdit: true },\n { keys: 'gU', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: false}, isEdit: true },\n { keys: 'n', type: 'motion', motion: 'findNext', motionArgs: { forward: true, toJumplist: true }},\n { keys: 'N', type: 'motion', motion: 'findNext', motionArgs: { forward: false, toJumplist: true }},\n // Operator-Motion dual commands\n { keys: 'x', type: 'operatorMotion', operator: 'delete', motion: 'moveByCharacters', motionArgs: { forward: true }, operatorMotionArgs: { visualLine: false }},\n { keys: 'X', type: 'operatorMotion', operator: 'delete', motion: 'moveByCharacters', motionArgs: { forward: false }, operatorMotionArgs: { visualLine: true }},\n { keys: 'D', type: 'operatorMotion', operator: 'delete', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n { keys: 'D', type: 'operator', operator: 'delete', operatorArgs: { linewise: true }, context: 'visual'},\n { keys: 'Y', type: 'operatorMotion', operator: 'yank', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n { keys: 'Y', type: 'operator', operator: 'yank', operatorArgs: { linewise: true }, context: 'visual'},\n { keys: 'C', type: 'operatorMotion', operator: 'change', motion: 'moveToEol', motionArgs: { inclusive: true }, context: 'normal'},\n { keys: 'C', type: 'operator', operator: 'change', operatorArgs: { linewise: true }, context: 'visual'},\n { keys: '~', type: 'operatorMotion', operator: 'changeCase', motion: 'moveByCharacters', motionArgs: { forward: true }, operatorArgs: { shouldMoveCursor: true }, context: 'normal'},\n { keys: '~', type: 'operator', operator: 'changeCase', context: 'visual'},\n { keys: '<C-w>', type: 'operatorMotion', operator: 'delete', motion: 'moveByWords', motionArgs: { forward: false, wordEnd: false }, context: 'insert' },\n // Actions\n { keys: '<C-i>', type: 'action', action: 'jumpListWalk', actionArgs: { forward: true }},\n { keys: '<C-o>', type: 'action', action: 'jumpListWalk', actionArgs: { forward: false }},\n { keys: '<C-e>', type: 'action', action: 'scroll', actionArgs: { forward: true, linewise: true }},\n { keys: '<C-y>', type: 'action', action: 'scroll', actionArgs: { forward: false, linewise: true }},\n { keys: 'a', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'charAfter' }, context: 'normal' },\n { keys: 'A', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'eol' }, context: 'normal' },\n { keys: 'A', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'endOfSelectedArea' }, context: 'visual' },\n { keys: 'i', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'inplace' }, context: 'normal' },\n { keys: 'I', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'firstNonBlank'}, context: 'normal' },\n { keys: 'I', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { insertAt: 'startOfSelectedArea' }, context: 'visual' },\n { keys: 'o', type: 'action', action: 'newLineAndEnterInsertMode', isEdit: true, interlaceInsertRepeat: true, actionArgs: { after: true }, context: 'normal' },\n { keys: 'O', type: 'action', action: 'newLineAndEnterInsertMode', isEdit: true, interlaceInsertRepeat: true, actionArgs: { after: false }, context: 'normal' },\n { keys: 'v', type: 'action', action: 'toggleVisualMode' },\n { keys: 'V', type: 'action', action: 'toggleVisualMode', actionArgs: { linewise: true }},\n { keys: '<C-v>', type: 'action', action: 'toggleVisualMode', actionArgs: { blockwise: true }},\n { keys: '<C-q>', type: 'action', action: 'toggleVisualMode', actionArgs: { blockwise: true }},\n { keys: 'gv', type: 'action', action: 'reselectLastSelection' },\n { keys: 'J', type: 'action', action: 'joinLines', isEdit: true },\n { keys: 'p', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: true, isEdit: true }},\n { keys: 'P', type: 'action', action: 'paste', isEdit: true, actionArgs: { after: false, isEdit: true }},\n { keys: 'r<character>', type: 'action', action: 'replace', isEdit: true },\n { keys: '@<character>', type: 'action', action: 'replayMacro' },\n { keys: 'q<character>', type: 'action', action: 'enterMacroRecordMode' },\n // Handle Replace-mode as a special case of insert mode.\n { keys: 'R', type: 'action', action: 'enterInsertMode', isEdit: true, actionArgs: { replace: true }},\n { keys: 'u', type: 'action', action: 'undo', context: 'normal' },\n { keys: 'u', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: true}, context: 'visual', isEdit: true },\n { keys: 'U', type: 'operator', operator: 'changeCase', operatorArgs: {toLower: false}, context: 'visual', isEdit: true },\n { keys: '<C-r>', type: 'action', action: 'redo' },\n { keys: 'm<character>', type: 'action', action: 'setMark' },\n { keys: '\"<character>', type: 'action', action: 'setRegister' },\n { keys: 'zz', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'center' }},\n { keys: 'z.', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'center' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: 'zt', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'top' }},\n { keys: 'z<CR>', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'top' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: 'z-', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'bottom' }},\n { keys: 'zb', type: 'action', action: 'scrollToCursor', actionArgs: { position: 'bottom' }, motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: '.', type: 'action', action: 'repeatLastEdit' },\n { keys: '<C-a>', type: 'action', action: 'incrementNumberToken', isEdit: true, actionArgs: {increase: true, backtrack: false}},\n { keys: '<C-x>', type: 'action', action: 'incrementNumberToken', isEdit: true, actionArgs: {increase: false, backtrack: false}},\n // Text object motions\n { keys: 'a<character>', type: 'motion', motion: 'textObjectManipulation' },\n { keys: 'i<character>', type: 'motion', motion: 'textObjectManipulation', motionArgs: { textObjectInner: true }},\n // Search\n { keys: '/', type: 'search', searchArgs: { forward: true, querySrc: 'prompt', toJumplist: true }},\n { keys: '?', type: 'search', searchArgs: { forward: false, querySrc: 'prompt', toJumplist: true }},\n { keys: '*', type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n { keys: '#', type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n { keys: 'g*', type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', toJumplist: true }},\n { keys: 'g#', type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', toJumplist: true }},\n // Ex command\n { keys: ':', type: 'ex' }\n ];\n\n /**\n * Ex commands\n * Care must be taken when adding to the default Ex command map. For any\n * pair of commands that have a shared prefix, at least one of their\n * shortNames must not match the prefix of the other command.\n */\n var defaultExCommandMap = [\n { name: 'colorscheme', shortName: 'colo' },\n { name: 'map' },\n { name: 'imap', shortName: 'im' },\n { name: 'nmap', shortName: 'nm' },\n { name: 'vmap', shortName: 'vm' },\n { name: 'unmap' },\n { name: 'write', shortName: 'w' },\n { name: 'undo', shortName: 'u' },\n { name: 'redo', shortName: 'red' },\n { name: 'set', shortName: 'se' },\n { name: 'set', shortName: 'se' },\n { name: 'setlocal', shortName: 'setl' },\n { name: 'setglobal', shortName: 'setg' },\n { name: 'sort', shortName: 'sor' },\n { name: 'substitute', shortName: 's', possiblyAsync: true },\n { name: 'nohlsearch', shortName: 'noh' },\n { name: 'delmarks', shortName: 'delm' },\n { name: 'registers', shortName: 'reg', excludeFromCommandHistory: true },\n { name: 'global', shortName: 'g' }\n ];\n\n var Pos = CodeMirror.Pos;\n\n var Vim = function() {\n function enterVimMode(cm) {\n cm.setOption('disableInput', true);\n cm.setOption('showCursorWhenSelecting', false);\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n cm.on('cursorActivity', onCursorActivity);\n maybeInitVimState(cm);\n CodeMirror.on(cm.getInputField(), 'paste', getOnPasteFn(cm));\n }\n\n function leaveVimMode(cm) {\n cm.setOption('disableInput', false);\n cm.off('cursorActivity', onCursorActivity);\n CodeMirror.off(cm.getInputField(), 'paste', getOnPasteFn(cm));\n cm.state.vim = null;\n }\n\n function detachVimMap(cm, next) {\n if (this == CodeMirror.keyMap.vim)\n CodeMirror.rmClass(cm.getWrapperElement(), \"cm-fat-cursor\");\n\n if (!next || next.attach != attachVimMap)\n leaveVimMode(cm, false);\n }\n function attachVimMap(cm, prev) {\n if (this == CodeMirror.keyMap.vim)\n CodeMirror.addClass(cm.getWrapperElement(), \"cm-fat-cursor\");\n\n if (!prev || prev.attach != attachVimMap)\n enterVimMode(cm);\n }\n\n // Deprecated, simply setting the keymap works again.\n CodeMirror.defineOption('vimMode', false, function(cm, val, prev) {\n if (val && cm.getOption(\"keyMap\") != \"vim\")\n cm.setOption(\"keyMap\", \"vim\");\n else if (!val && prev != CodeMirror.Init && /^vim/.test(cm.getOption(\"keyMap\")))\n cm.setOption(\"keyMap\", \"default\");\n });\n\n function cmKey(key, cm) {\n if (!cm) { return undefined; }\n var vimKey = cmKeyToVimKey(key);\n if (!vimKey) {\n return false;\n }\n var cmd = CodeMirror.Vim.findKey(cm, vimKey);\n if (typeof cmd == 'function') {\n CodeMirror.signal(cm, 'vim-keypress', vimKey);\n }\n return cmd;\n }\n\n var modifiers = {'Shift': 'S', 'Ctrl': 'C', 'Alt': 'A', 'Cmd': 'D', 'Mod': 'A'};\n var specialKeys = {Enter:'CR',Backspace:'BS',Delete:'Del'};\n function cmKeyToVimKey(key) {\n if (key.charAt(0) == '\\'') {\n // Keypress character binding of format \"'a'\"\n return key.charAt(1);\n }\n var pieces = key.split(/-(?!$)/);\n var lastPiece = pieces[pieces.length - 1];\n if (pieces.length == 1 && pieces[0].length == 1) {\n // No-modifier bindings use literal character bindings above. Skip.\n return false;\n } else if (pieces.length == 2 && pieces[0] == 'Shift' && lastPiece.length == 1) {\n // Ignore Shift+char bindings as they should be handled by literal character.\n return false;\n }\n var hasCharacter = false;\n for (var i = 0; i < pieces.length; i++) {\n var piece = pieces[i];\n if (piece in modifiers) { pieces[i] = modifiers[piece]; }\n else { hasCharacter = true; }\n if (piece in specialKeys) { pieces[i] = specialKeys[piece]; }\n }\n if (!hasCharacter) {\n // Vim does not support modifier only keys.\n return false;\n }\n // TODO: Current bindings expect the character to be lower case, but\n // it looks like vim key notation uses upper case.\n if (isUpperCase(lastPiece)) {\n pieces[pieces.length - 1] = lastPiece.toLowerCase();\n }\n return '<' + pieces.join('-') + '>';\n }\n\n function getOnPasteFn(cm) {\n var vim = cm.state.vim;\n if (!vim.onPasteFn) {\n vim.onPasteFn = function() {\n if (!vim.insertMode) {\n cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n actions.enterInsertMode(cm, {}, vim);\n }\n };\n }\n return vim.onPasteFn;\n }\n\n var numberRegex = /[\\d]/;\n var wordCharTest = [CodeMirror.isWordChar, function(ch) {\n return ch && !CodeMirror.isWordChar(ch) && !/\\s/.test(ch);\n }], bigWordCharTest = [function(ch) {\n return /\\S/.test(ch);\n }];\n function makeKeyRange(start, size) {\n var keys = [];\n for (var i = start; i < start + size; i++) {\n keys.push(String.fromCharCode(i));\n }\n return keys;\n }\n var upperCaseAlphabet = makeKeyRange(65, 26);\n var lowerCaseAlphabet = makeKeyRange(97, 26);\n var numbers = makeKeyRange(48, 10);\n var validMarks = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['<', '>']);\n var validRegisters = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['-', '\"', '.', ':', '/']);\n\n function isLine(cm, line) {\n return line >= cm.firstLine() && line <= cm.lastLine();\n }\n function isLowerCase(k) {\n return (/^[a-z]$/).test(k);\n }\n function isMatchableSymbol(k) {\n return '()[]{}'.indexOf(k) != -1;\n }\n function isNumber(k) {\n return numberRegex.test(k);\n }\n function isUpperCase(k) {\n return (/^[A-Z]$/).test(k);\n }\n function isWhiteSpaceString(k) {\n return (/^\\s*$/).test(k);\n }\n function inArray(val, arr) {\n for (var i = 0; i < arr.length; i++) {\n if (arr[i] == val) {\n return true;\n }\n }\n return false;\n }\n\n var options = {};\n function defineOption(name, defaultValue, type, aliases, callback) {\n if (defaultValue === undefined && !callback) {\n throw Error('defaultValue is required unless callback is provided');\n }\n if (!type) { type = 'string'; }\n options[name] = {\n type: type,\n defaultValue: defaultValue,\n callback: callback\n };\n if (aliases) {\n for (var i = 0; i < aliases.length; i++) {\n options[aliases[i]] = options[name];\n }\n }\n if (defaultValue) {\n setOption(name, defaultValue);\n }\n }\n\n function setOption(name, value, cm, cfg) {\n var option = options[name];\n cfg = cfg || {};\n var scope = cfg.scope;\n if (!option) {\n throw Error('Unknown option: ' + name);\n }\n if (option.type == 'boolean') {\n if (value && value !== true) {\n throw Error('Invalid argument: ' + name + '=' + value);\n } else if (value !== false) {\n // Boolean options are set to true if value is not defined.\n value = true;\n }\n }\n if (option.callback) {\n if (scope !== 'local') {\n option.callback(value, undefined);\n }\n if (scope !== 'global' && cm) {\n option.callback(value, cm);\n }\n } else {\n if (scope !== 'local') {\n option.value = option.type == 'boolean' ? !!value : value;\n }\n if (scope !== 'global' && cm) {\n cm.state.vim.options[name] = {value: value};\n }\n }\n }\n\n function getOption(name, cm, cfg) {\n var option = options[name];\n cfg = cfg || {};\n var scope = cfg.scope;\n if (!option) {\n throw Error('Unknown option: ' + name);\n }\n if (option.callback) {\n var local = cm && option.callback(undefined, cm);\n if (scope !== 'global' && local !== undefined) {\n return local;\n }\n if (scope !== 'local') {\n return option.callback();\n }\n return;\n } else {\n var local = (scope !== 'global') && (cm && cm.state.vim.options[name]);\n return (local || (scope !== 'local') && option || {}).value;\n }\n }\n\n defineOption('filetype', undefined, 'string', ['ft'], function(name, cm) {\n // Option is local. Do nothing for global.\n if (cm === undefined) {\n return;\n }\n // The 'filetype' option proxies to the CodeMirror 'mode' option.\n if (name === undefined) {\n var mode = cm.getOption('mode');\n return mode == 'null' ? '' : mode;\n } else {\n var mode = name == '' ? 'null' : name;\n cm.setOption('mode', mode);\n }\n });\n\n var createCircularJumpList = function() {\n var size = 100;\n var pointer = -1;\n var head = 0;\n var tail = 0;\n var buffer = new Array(size);\n function add(cm, oldCur, newCur) {\n var current = pointer % size;\n var curMark = buffer[current];\n function useNextSlot(cursor) {\n var next = ++pointer % size;\n var trashMark = buffer[next];\n if (trashMark) {\n trashMark.clear();\n }\n buffer[next] = cm.setBookmark(cursor);\n }\n if (curMark) {\n var markPos = curMark.find();\n // avoid recording redundant cursor position\n if (markPos && !cursorEqual(markPos, oldCur)) {\n useNextSlot(oldCur);\n }\n } else {\n useNextSlot(oldCur);\n }\n useNextSlot(newCur);\n head = pointer;\n tail = pointer - size + 1;\n if (tail < 0) {\n tail = 0;\n }\n }\n function move(cm, offset) {\n pointer += offset;\n if (pointer > head) {\n pointer = head;\n } else if (pointer < tail) {\n pointer = tail;\n }\n var mark = buffer[(size + pointer) % size];\n // skip marks that are temporarily removed from text buffer\n if (mark && !mark.find()) {\n var inc = offset > 0 ? 1 : -1;\n var newCur;\n var oldCur = cm.getCursor();\n do {\n pointer += inc;\n mark = buffer[(size + pointer) % size];\n // skip marks that are the same as current position\n if (mark &&\n (newCur = mark.find()) &&\n !cursorEqual(oldCur, newCur)) {\n break;\n }\n } while (pointer < head && pointer > tail);\n }\n return mark;\n }\n return {\n cachedCursor: undefined, //used for # and * jumps\n add: add,\n move: move\n };\n };\n\n // Returns an object to track the changes associated insert mode. It\n // clones the object that is passed in, or creates an empty object one if\n // none is provided.\n var createInsertModeChanges = function(c) {\n if (c) {\n // Copy construction\n return {\n changes: c.changes,\n expectCursorActivityForChange: c.expectCursorActivityForChange\n };\n }\n return {\n // Change list\n changes: [],\n // Set to true on change, false on cursorActivity.\n expectCursorActivityForChange: false\n };\n };\n\n function MacroModeState() {\n this.latestRegister = undefined;\n this.isPlaying = false;\n this.isRecording = false;\n this.replaySearchQueries = [];\n this.onRecordingDone = undefined;\n this.lastInsertModeChanges = createInsertModeChanges();\n }\n MacroModeState.prototype = {\n exitMacroRecordMode: function() {\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.onRecordingDone) {\n macroModeState.onRecordingDone(); // close dialog\n }\n macroModeState.onRecordingDone = undefined;\n macroModeState.isRecording = false;\n },\n enterMacroRecordMode: function(cm, registerName) {\n var register =\n vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.clear();\n this.latestRegister = registerName;\n if (cm.openDialog) {\n this.onRecordingDone = cm.openDialog(\n '(recording)['+registerName+']', null, {bottom:true});\n }\n this.isRecording = true;\n }\n }\n };\n\n function maybeInitVimState(cm) {\n if (!cm.state.vim) {\n // Store instance state in the CodeMirror object.\n cm.state.vim = {\n inputState: new InputState(),\n // Vim's input state that triggered the last edit, used to repeat\n // motions and operators with '.'.\n lastEditInputState: undefined,\n // Vim's action command before the last edit, used to repeat actions\n // with '.' and insert mode repeat.\n lastEditActionCommand: undefined,\n // When using jk for navigation, if you move from a longer line to a\n // shorter line, the cursor may clip to the end of the shorter line.\n // If j is pressed again and cursor goes to the next line, the\n // cursor should go back to its horizontal position on the longer\n // line if it can. This is to keep track of the horizontal position.\n lastHPos: -1,\n // Doing the same with screen-position for gj/gk\n lastHSPos: -1,\n // The last motion command run. Cleared if a non-motion command gets\n // executed in between.\n lastMotion: null,\n marks: {},\n // Mark for rendering fake cursor for visual mode.\n fakeCursor: null,\n insertMode: false,\n // Repeat count for changes made in insert mode, triggered by key\n // sequences like 3,i. Only exists when insertMode is true.\n insertModeRepeat: undefined,\n visualMode: false,\n // If we are in visual line mode. No effect if visualMode is false.\n visualLine: false,\n visualBlock: false,\n lastSelection: null,\n lastPastedText: null,\n sel: {},\n // Buffer-local/window-local values of vim options.\n options: {}\n };\n }\n return cm.state.vim;\n }\n var vimGlobalState;\n function resetVimGlobalState() {\n vimGlobalState = {\n // The current search query.\n searchQuery: null,\n // Whether we are searching backwards.\n searchIsReversed: false,\n // Replace part of the last substituted pattern\n lastSubstituteReplacePart: undefined,\n jumpList: createCircularJumpList(),\n macroModeState: new MacroModeState,\n // Recording latest f, t, F or T motion command.\n lastChararacterSearch: {increment:0, forward:true, selectedCharacter:''},\n registerController: new RegisterController({}),\n // search history buffer\n searchHistoryController: new HistoryController({}),\n // ex Command history buffer\n exCommandHistoryController : new HistoryController({})\n };\n for (var optionName in options) {\n var option = options[optionName];\n option.value = option.defaultValue;\n }\n }\n\n var lastInsertModeKeyTimer;\n var vimApi= {\n buildKeyMap: function() {\n // TODO: Convert keymap into dictionary format for fast lookup.\n },\n // Testing hook, though it might be useful to expose the register\n // controller anyways.\n getRegisterController: function() {\n return vimGlobalState.registerController;\n },\n // Testing hook.\n resetVimGlobalState_: resetVimGlobalState,\n\n // Testing hook.\n getVimGlobalState_: function() {\n return vimGlobalState;\n },\n\n // Testing hook.\n maybeInitVimState_: maybeInitVimState,\n\n suppressErrorLogging: false,\n\n InsertModeKey: InsertModeKey,\n map: function(lhs, rhs, ctx) {\n // Add user defined key bindings.\n exCommandDispatcher.map(lhs, rhs, ctx);\n },\n unmap: function(lhs, ctx) {\n exCommandDispatcher.unmap(lhs, ctx);\n },\n // TODO: Expose setOption and getOption as instance methods. Need to decide how to namespace\n // them, or somehow make them work with the existing CodeMirror setOption/getOption API.\n setOption: setOption,\n getOption: getOption,\n defineOption: defineOption,\n defineEx: function(name, prefix, func){\n if (!prefix) {\n prefix = name;\n } else if (name.indexOf(prefix) !== 0) {\n throw new Error('(Vim.defineEx) \"'+prefix+'\" is not a prefix of \"'+name+'\", command not registered');\n }\n exCommands[name]=func;\n exCommandDispatcher.commandMap_[prefix]={name:name, shortName:prefix, type:'api'};\n },\n handleKey: function (cm, key, origin) {\n var command = this.findKey(cm, key, origin);\n if (typeof command === 'function') {\n return command();\n }\n },\n /**\n * This is the outermost function called by CodeMirror, after keys have\n * been mapped to their Vim equivalents.\n *\n * Finds a command based on the key (and cached keys if there is a\n * multi-key sequence). Returns `undefined` if no key is matched, a noop\n * function if a partial match is found (multi-key), and a function to\n * execute the bound command if a a key is matched. The function always\n * returns true.\n */\n findKey: function(cm, key, origin) {\n var vim = maybeInitVimState(cm);\n function handleMacroRecording() {\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isRecording) {\n if (key == 'q') {\n macroModeState.exitMacroRecordMode();\n clearInputState(cm);\n return true;\n }\n if (origin != 'mapping') {\n logKey(macroModeState, key);\n }\n }\n }\n function handleEsc() {\n if (key == '<Esc>') {\n // Clear input state and get back to normal mode.\n clearInputState(cm);\n if (vim.visualMode) {\n exitVisualMode(cm);\n } else if (vim.insertMode) {\n exitInsertMode(cm);\n }\n return true;\n }\n }\n function doKeyToKey(keys) {\n // TODO: prevent infinite recursion.\n var match;\n while (keys) {\n // Pull off one command key, which is either a single character\n // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n match = (/<\\w+-.+?>|<\\w+>|./).exec(keys);\n key = match[0];\n keys = keys.substring(match.index + key.length);\n CodeMirror.Vim.handleKey(cm, key, 'mapping');\n }\n }\n\n function handleKeyInsertMode() {\n if (handleEsc()) { return true; }\n var keys = vim.inputState.keyBuffer = vim.inputState.keyBuffer + key;\n var keysAreChars = key.length == 1;\n var match = commandDispatcher.matchCommand(keys, defaultKeymap, vim.inputState, 'insert');\n // Need to check all key substrings in insert mode.\n while (keys.length > 1 && match.type != 'full') {\n var keys = vim.inputState.keyBuffer = keys.slice(1);\n var thisMatch = commandDispatcher.matchCommand(keys, defaultKeymap, vim.inputState, 'insert');\n if (thisMatch.type != 'none') { match = thisMatch; }\n }\n if (match.type == 'none') { clearInputState(cm); return false; }\n else if (match.type == 'partial') {\n if (lastInsertModeKeyTimer) { window.clearTimeout(lastInsertModeKeyTimer); }\n lastInsertModeKeyTimer = window.setTimeout(\n function() { if (vim.insertMode && vim.inputState.keyBuffer) { clearInputState(cm); } },\n getOption('insertModeEscKeysTimeout'));\n return !keysAreChars;\n }\n\n if (lastInsertModeKeyTimer) { window.clearTimeout(lastInsertModeKeyTimer); }\n if (keysAreChars) {\n var here = cm.getCursor();\n cm.replaceRange('', offsetCursor(here, 0, -(keys.length - 1)), here, '+input');\n }\n clearInputState(cm);\n return match.command;\n }\n\n function handleKeyNonInsertMode() {\n if (handleMacroRecording() || handleEsc()) { return true; };\n\n var keys = vim.inputState.keyBuffer = vim.inputState.keyBuffer + key;\n if (/^[1-9]\\d*$/.test(keys)) { return true; }\n\n var keysMatcher = /^(\\d*)(.*)$/.exec(keys);\n if (!keysMatcher) { clearInputState(cm); return false; }\n var context = vim.visualMode ? 'visual' :\n 'normal';\n var match = commandDispatcher.matchCommand(keysMatcher[2] || keysMatcher[1], defaultKeymap, vim.inputState, context);\n if (match.type == 'none') { clearInputState(cm); return false; }\n else if (match.type == 'partial') { return true; }\n\n vim.inputState.keyBuffer = '';\n var keysMatcher = /^(\\d*)(.*)$/.exec(keys);\n if (keysMatcher[1] && keysMatcher[1] != '0') {\n vim.inputState.pushRepeatDigit(keysMatcher[1]);\n }\n return match.command;\n }\n\n var command;\n if (vim.insertMode) { command = handleKeyInsertMode(); }\n else { command = handleKeyNonInsertMode(); }\n if (command === false) {\n return undefined;\n } else if (command === true) {\n // TODO: Look into using CodeMirror's multi-key handling.\n // Return no-op since we are caching the key. Counts as handled, but\n // don't want act on it just yet.\n return function() {};\n } else {\n return function() {\n return cm.operation(function() {\n cm.curOp.isVimOp = true;\n try {\n if (command.type == 'keyToKey') {\n doKeyToKey(command.toKeys);\n } else {\n commandDispatcher.processCommand(cm, vim, command);\n }\n } catch (e) {\n // clear VIM state in case it's in a bad state.\n cm.state.vim = undefined;\n maybeInitVimState(cm);\n if (!CodeMirror.Vim.suppressErrorLogging) {\n console['log'](e);\n }\n throw e;\n }\n return true;\n });\n };\n }\n },\n handleEx: function(cm, input) {\n exCommandDispatcher.processCommand(cm, input);\n },\n\n defineMotion: defineMotion,\n defineAction: defineAction,\n defineOperator: defineOperator,\n mapCommand: mapCommand,\n _mapCommand: _mapCommand,\n\n defineRegister: defineRegister,\n\n exitVisualMode: exitVisualMode,\n exitInsertMode: exitInsertMode\n };\n\n // Represents the current input state.\n function InputState() {\n this.prefixRepeat = [];\n this.motionRepeat = [];\n\n this.operator = null;\n this.operatorArgs = null;\n this.motion = null;\n this.motionArgs = null;\n this.keyBuffer = []; // For matching multi-key commands.\n this.registerName = null; // Defaults to the unnamed register.\n }\n InputState.prototype.pushRepeatDigit = function(n) {\n if (!this.operator) {\n this.prefixRepeat = this.prefixRepeat.concat(n);\n } else {\n this.motionRepeat = this.motionRepeat.concat(n);\n }\n };\n InputState.prototype.getRepeat = function() {\n var repeat = 0;\n if (this.prefixRepeat.length > 0 || this.motionRepeat.length > 0) {\n repeat = 1;\n if (this.prefixRepeat.length > 0) {\n repeat *= parseInt(this.prefixRepeat.join(''), 10);\n }\n if (this.motionRepeat.length > 0) {\n repeat *= parseInt(this.motionRepeat.join(''), 10);\n }\n }\n return repeat;\n };\n\n function clearInputState(cm, reason) {\n cm.state.vim.inputState = new InputState();\n CodeMirror.signal(cm, 'vim-command-done', reason);\n }\n\n /*\n * Register stores information about copy and paste registers. Besides\n * text, a register must store whether it is linewise (i.e., when it is\n * pasted, should it insert itself into a new line, or should the text be\n * inserted at the cursor position.)\n */\n function Register(text, linewise, blockwise) {\n this.clear();\n this.keyBuffer = [text || ''];\n this.insertModeChanges = [];\n this.searchQueries = [];\n this.linewise = !!linewise;\n this.blockwise = !!blockwise;\n }\n Register.prototype = {\n setText: function(text, linewise, blockwise) {\n this.keyBuffer = [text || ''];\n this.linewise = !!linewise;\n this.blockwise = !!blockwise;\n },\n pushText: function(text, linewise) {\n // if this register has ever been set to linewise, use linewise.\n if (linewise) {\n if (!this.linewise) {\n this.keyBuffer.push('\\n');\n }\n this.linewise = true;\n }\n this.keyBuffer.push(text);\n },\n pushInsertModeChanges: function(changes) {\n this.insertModeChanges.push(createInsertModeChanges(changes));\n },\n pushSearchQuery: function(query) {\n this.searchQueries.push(query);\n },\n clear: function() {\n this.keyBuffer = [];\n this.insertModeChanges = [];\n this.searchQueries = [];\n this.linewise = false;\n },\n toString: function() {\n return this.keyBuffer.join('');\n }\n };\n\n /**\n * Defines an external register.\n *\n * The name should be a single character that will be used to reference the register.\n * The register should support setText, pushText, clear, and toString(). See Register\n * for a reference implementation.\n */\n function defineRegister(name, register) {\n var registers = vimGlobalState.registerController.registers[name];\n if (!name || name.length != 1) {\n throw Error('Register name must be 1 character');\n }\n if (registers[name]) {\n throw Error('Register already defined ' + name);\n }\n registers[name] = register;\n validRegisters.push(name);\n }\n\n /*\n * vim registers allow you to keep many independent copy and paste buffers.\n * See http://usevim.com/2012/04/13/registers/ for an introduction.\n *\n * RegisterController keeps the state of all the registers. An initial\n * state may be passed in. The unnamed register '\"' will always be\n * overridden.\n */\n function RegisterController(registers) {\n this.registers = registers;\n this.unnamedRegister = registers['\"'] = new Register();\n registers['.'] = new Register();\n registers[':'] = new Register();\n registers['/'] = new Register();\n }\n RegisterController.prototype = {\n pushText: function(registerName, operator, text, linewise, blockwise) {\n if (linewise && text.charAt(0) == '\\n') {\n text = text.slice(1) + '\\n';\n }\n if (linewise && text.charAt(text.length - 1) !== '\\n'){\n text += '\\n';\n }\n // Lowercase and uppercase registers refer to the same register.\n // Uppercase just means append.\n var register = this.isValidRegister(registerName) ?\n this.getRegister(registerName) : null;\n // if no register/an invalid register was specified, things go to the\n // default registers\n if (!register) {\n switch (operator) {\n case 'yank':\n // The 0 register contains the text from the most recent yank.\n this.registers['0'] = new Register(text, linewise, blockwise);\n break;\n case 'delete':\n case 'change':\n if (text.indexOf('\\n') == -1) {\n // Delete less than 1 line. Update the small delete register.\n this.registers['-'] = new Register(text, linewise);\n } else {\n // Shift down the contents of the numbered registers and put the\n // deleted text into register 1.\n this.shiftNumericRegisters_();\n this.registers['1'] = new Register(text, linewise);\n }\n break;\n }\n // Make sure the unnamed register is set to what just happened\n this.unnamedRegister.setText(text, linewise, blockwise);\n return;\n }\n\n // If we've gotten to this point, we've actually specified a register\n var append = isUpperCase(registerName);\n if (append) {\n register.pushText(text, linewise);\n } else {\n register.setText(text, linewise, blockwise);\n }\n // The unnamed register always has the same value as the last used\n // register.\n this.unnamedRegister.setText(register.toString(), linewise);\n },\n // Gets the register named @name. If one of @name doesn't already exist,\n // create it. If @name is invalid, return the unnamedRegister.\n getRegister: function(name) {\n if (!this.isValidRegister(name)) {\n return this.unnamedRegister;\n }\n name = name.toLowerCase();\n if (!this.registers[name]) {\n this.registers[name] = new Register();\n }\n return this.registers[name];\n },\n isValidRegister: function(name) {\n return name && inArray(name, validRegisters);\n },\n shiftNumericRegisters_: function() {\n for (var i = 9; i >= 2; i--) {\n this.registers[i] = this.getRegister('' + (i - 1));\n }\n }\n };\n function HistoryController() {\n this.historyBuffer = [];\n this.iterator;\n this.initialPrefix = null;\n }\n HistoryController.prototype = {\n // the input argument here acts a user entered prefix for a small time\n // until we start autocompletion in which case it is the autocompleted.\n nextMatch: function (input, up) {\n var historyBuffer = this.historyBuffer;\n var dir = up ? -1 : 1;\n if (this.initialPrefix === null) this.initialPrefix = input;\n for (var i = this.iterator + dir; up ? i >= 0 : i < historyBuffer.length; i+= dir) {\n var element = historyBuffer[i];\n for (var j = 0; j <= element.length; j++) {\n if (this.initialPrefix == element.substring(0, j)) {\n this.iterator = i;\n return element;\n }\n }\n }\n // should return the user input in case we reach the end of buffer.\n if (i >= historyBuffer.length) {\n this.iterator = historyBuffer.length;\n return this.initialPrefix;\n }\n // return the last autocompleted query or exCommand as it is.\n if (i < 0 ) return input;\n },\n pushInput: function(input) {\n var index = this.historyBuffer.indexOf(input);\n if (index > -1) this.historyBuffer.splice(index, 1);\n if (input.length) this.historyBuffer.push(input);\n },\n reset: function() {\n this.initialPrefix = null;\n this.iterator = this.historyBuffer.length;\n }\n };\n var commandDispatcher = {\n matchCommand: function(keys, keyMap, inputState, context) {\n var matches = commandMatches(keys, keyMap, context, inputState);\n if (!matches.full && !matches.partial) {\n return {type: 'none'};\n } else if (!matches.full && matches.partial) {\n return {type: 'partial'};\n }\n\n var bestMatch;\n for (var i = 0; i < matches.full.length; i++) {\n var match = matches.full[i];\n if (!bestMatch) {\n bestMatch = match;\n }\n }\n if (bestMatch.keys.slice(-11) == '<character>') {\n inputState.selectedCharacter = lastChar(keys);\n }\n return {type: 'full', command: bestMatch};\n },\n processCommand: function(cm, vim, command) {\n vim.inputState.repeatOverride = command.repeatOverride;\n switch (command.type) {\n case 'motion':\n this.processMotion(cm, vim, command);\n break;\n case 'operator':\n this.processOperator(cm, vim, command);\n break;\n case 'operatorMotion':\n this.processOperatorMotion(cm, vim, command);\n break;\n case 'action':\n this.processAction(cm, vim, command);\n break;\n case 'search':\n this.processSearch(cm, vim, command);\n break;\n case 'ex':\n case 'keyToEx':\n this.processEx(cm, vim, command);\n break;\n default:\n break;\n }\n },\n processMotion: function(cm, vim, command) {\n vim.inputState.motion = command.motion;\n vim.inputState.motionArgs = copyArgs(command.motionArgs);\n this.evalInput(cm, vim);\n },\n processOperator: function(cm, vim, command) {\n var inputState = vim.inputState;\n if (inputState.operator) {\n if (inputState.operator == command.operator) {\n // Typing an operator twice like 'dd' makes the operator operate\n // linewise\n inputState.motion = 'expandToLine';\n inputState.motionArgs = { linewise: true };\n this.evalInput(cm, vim);\n return;\n } else {\n // 2 different operators in a row doesn't make sense.\n clearInputState(cm);\n }\n }\n inputState.operator = command.operator;\n inputState.operatorArgs = copyArgs(command.operatorArgs);\n if (vim.visualMode) {\n // Operating on a selection in visual mode. We don't need a motion.\n this.evalInput(cm, vim);\n }\n },\n processOperatorMotion: function(cm, vim, command) {\n var visualMode = vim.visualMode;\n var operatorMotionArgs = copyArgs(command.operatorMotionArgs);\n if (operatorMotionArgs) {\n // Operator motions may have special behavior in visual mode.\n if (visualMode && operatorMotionArgs.visualLine) {\n vim.visualLine = true;\n }\n }\n this.processOperator(cm, vim, command);\n if (!visualMode) {\n this.processMotion(cm, vim, command);\n }\n },\n processAction: function(cm, vim, command) {\n var inputState = vim.inputState;\n var repeat = inputState.getRepeat();\n var repeatIsExplicit = !!repeat;\n var actionArgs = copyArgs(command.actionArgs) || {};\n if (inputState.selectedCharacter) {\n actionArgs.selectedCharacter = inputState.selectedCharacter;\n }\n // Actions may or may not have motions and operators. Do these first.\n if (command.operator) {\n this.processOperator(cm, vim, command);\n }\n if (command.motion) {\n this.processMotion(cm, vim, command);\n }\n if (command.motion || command.operator) {\n this.evalInput(cm, vim);\n }\n actionArgs.repeat = repeat || 1;\n actionArgs.repeatIsExplicit = repeatIsExplicit;\n actionArgs.registerName = inputState.registerName;\n clearInputState(cm);\n vim.lastMotion = null;\n if (command.isEdit) {\n this.recordLastEdit(vim, inputState, command);\n }\n actions[command.action](cm, actionArgs, vim);\n },\n processSearch: function(cm, vim, command) {\n if (!cm.getSearchCursor) {\n // Search depends on SearchCursor.\n return;\n }\n var forward = command.searchArgs.forward;\n var wholeWordOnly = command.searchArgs.wholeWordOnly;\n getSearchState(cm).setReversed(!forward);\n var promptPrefix = (forward) ? '/' : '?';\n var originalQuery = getSearchState(cm).getQuery();\n var originalScrollPos = cm.getScrollInfo();\n function handleQuery(query, ignoreCase, smartCase) {\n vimGlobalState.searchHistoryController.pushInput(query);\n vimGlobalState.searchHistoryController.reset();\n try {\n updateSearchQuery(cm, query, ignoreCase, smartCase);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + query);\n clearInputState(cm);\n return;\n }\n commandDispatcher.processMotion(cm, vim, {\n type: 'motion',\n motion: 'findNext',\n motionArgs: { forward: true, toJumplist: command.searchArgs.toJumplist }\n });\n }\n function onPromptClose(query) {\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n handleQuery(query, true /** ignoreCase */, true /** smartCase */);\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isRecording) {\n logSearchQuery(macroModeState, query);\n }\n }\n function onPromptKeyUp(e, query, close) {\n var keyName = CodeMirror.keyName(e), up;\n if (keyName == 'Up' || keyName == 'Down') {\n up = keyName == 'Up' ? true : false;\n query = vimGlobalState.searchHistoryController.nextMatch(query, up) || '';\n close(query);\n } else {\n if ( keyName != 'Left' && keyName != 'Right' && keyName != 'Ctrl' && keyName != 'Alt' && keyName != 'Shift')\n vimGlobalState.searchHistoryController.reset();\n }\n var parsedQuery;\n try {\n parsedQuery = updateSearchQuery(cm, query,\n true /** ignoreCase */, true /** smartCase */);\n } catch (e) {\n // Swallow bad regexes for incremental search.\n }\n if (parsedQuery) {\n cm.scrollIntoView(findNext(cm, !forward, parsedQuery), 30);\n } else {\n clearSearchHighlight(cm);\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n }\n }\n function onPromptKeyDown(e, query, close) {\n var keyName = CodeMirror.keyName(e);\n if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[' ||\n (keyName == 'Backspace' && query == '')) {\n vimGlobalState.searchHistoryController.pushInput(query);\n vimGlobalState.searchHistoryController.reset();\n updateSearchQuery(cm, originalQuery);\n clearSearchHighlight(cm);\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n CodeMirror.e_stop(e);\n clearInputState(cm);\n close();\n cm.focus();\n } else if (keyName == 'Ctrl-U') {\n // Ctrl-U clears input.\n CodeMirror.e_stop(e);\n close('');\n }\n }\n switch (command.searchArgs.querySrc) {\n case 'prompt':\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) {\n var query = macroModeState.replaySearchQueries.shift();\n handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n } else {\n showPrompt(cm, {\n onClose: onPromptClose,\n prefix: promptPrefix,\n desc: searchPromptDesc,\n onKeyUp: onPromptKeyUp,\n onKeyDown: onPromptKeyDown\n });\n }\n break;\n case 'wordUnderCursor':\n var word = expandWordUnderCursor(cm, false /** inclusive */,\n true /** forward */, false /** bigWord */,\n true /** noSymbol */);\n var isKeyword = true;\n if (!word) {\n word = expandWordUnderCursor(cm, false /** inclusive */,\n true /** forward */, false /** bigWord */,\n false /** noSymbol */);\n isKeyword = false;\n }\n if (!word) {\n return;\n }\n var query = cm.getLine(word.start.line).substring(word.start.ch,\n word.end.ch);\n if (isKeyword && wholeWordOnly) {\n query = '\\\\b' + query + '\\\\b';\n } else {\n query = escapeRegex(query);\n }\n\n // cachedCursor is used to save the old position of the cursor\n // when * or # causes vim to seek for the nearest word and shift\n // the cursor before entering the motion.\n vimGlobalState.jumpList.cachedCursor = cm.getCursor();\n cm.setCursor(word.start);\n\n handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n break;\n }\n },\n processEx: function(cm, vim, command) {\n function onPromptClose(input) {\n // Give the prompt some time to close so that if processCommand shows\n // an error, the elements don't overlap.\n vimGlobalState.exCommandHistoryController.pushInput(input);\n vimGlobalState.exCommandHistoryController.reset();\n exCommandDispatcher.processCommand(cm, input);\n }\n function onPromptKeyDown(e, input, close) {\n var keyName = CodeMirror.keyName(e), up;\n if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[' ||\n (keyName == 'Backspace' && input == '')) {\n vimGlobalState.exCommandHistoryController.pushInput(input);\n vimGlobalState.exCommandHistoryController.reset();\n CodeMirror.e_stop(e);\n clearInputState(cm);\n close();\n cm.focus();\n }\n if (keyName == 'Up' || keyName == 'Down') {\n up = keyName == 'Up' ? true : false;\n input = vimGlobalState.exCommandHistoryController.nextMatch(input, up) || '';\n close(input);\n } else if (keyName == 'Ctrl-U') {\n // Ctrl-U clears input.\n CodeMirror.e_stop(e);\n close('');\n } else {\n if ( keyName != 'Left' && keyName != 'Right' && keyName != 'Ctrl' && keyName != 'Alt' && keyName != 'Shift')\n vimGlobalState.exCommandHistoryController.reset();\n }\n }\n if (command.type == 'keyToEx') {\n // Handle user defined Ex to Ex mappings\n exCommandDispatcher.processCommand(cm, command.exArgs.input);\n } else {\n if (vim.visualMode) {\n showPrompt(cm, { onClose: onPromptClose, prefix: ':', value: '\\'<,\\'>',\n onKeyDown: onPromptKeyDown});\n } else {\n showPrompt(cm, { onClose: onPromptClose, prefix: ':',\n onKeyDown: onPromptKeyDown});\n }\n }\n },\n evalInput: function(cm, vim) {\n // If the motion comand is set, execute both the operator and motion.\n // Otherwise return.\n var inputState = vim.inputState;\n var motion = inputState.motion;\n var motionArgs = inputState.motionArgs || {};\n var operator = inputState.operator;\n var operatorArgs = inputState.operatorArgs || {};\n var registerName = inputState.registerName;\n var sel = vim.sel;\n // TODO: Make sure cm and vim selections are identical outside visual mode.\n var origHead = copyCursor(vim.visualMode ? clipCursorToContent(cm, sel.head): cm.getCursor('head'));\n var origAnchor = copyCursor(vim.visualMode ? clipCursorToContent(cm, sel.anchor) : cm.getCursor('anchor'));\n var oldHead = copyCursor(origHead);\n var oldAnchor = copyCursor(origAnchor);\n var newHead, newAnchor;\n var repeat;\n if (operator) {\n this.recordLastEdit(vim, inputState);\n }\n if (inputState.repeatOverride !== undefined) {\n // If repeatOverride is specified, that takes precedence over the\n // input state's repeat. Used by Ex mode and can be user defined.\n repeat = inputState.repeatOverride;\n } else {\n repeat = inputState.getRepeat();\n }\n if (repeat > 0 && motionArgs.explicitRepeat) {\n motionArgs.repeatIsExplicit = true;\n } else if (motionArgs.noRepeat ||\n (!motionArgs.explicitRepeat && repeat === 0)) {\n repeat = 1;\n motionArgs.repeatIsExplicit = false;\n }\n if (inputState.selectedCharacter) {\n // If there is a character input, stick it in all of the arg arrays.\n motionArgs.selectedCharacter = operatorArgs.selectedCharacter =\n inputState.selectedCharacter;\n }\n motionArgs.repeat = repeat;\n clearInputState(cm);\n if (motion) {\n var motionResult = motions[motion](cm, origHead, motionArgs, vim);\n vim.lastMotion = motions[motion];\n if (!motionResult) {\n return;\n }\n if (motionArgs.toJumplist) {\n var jumpList = vimGlobalState.jumpList;\n // if the current motion is # or *, use cachedCursor\n var cachedCursor = jumpList.cachedCursor;\n if (cachedCursor) {\n recordJumpPosition(cm, cachedCursor, motionResult);\n delete jumpList.cachedCursor;\n } else {\n recordJumpPosition(cm, origHead, motionResult);\n }\n }\n if (motionResult instanceof Array) {\n newAnchor = motionResult[0];\n newHead = motionResult[1];\n } else {\n newHead = motionResult;\n }\n // TODO: Handle null returns from motion commands better.\n if (!newHead) {\n newHead = copyCursor(origHead);\n }\n if (vim.visualMode) {\n if (!(vim.visualBlock && newHead.ch === Infinity)) {\n newHead = clipCursorToContent(cm, newHead, vim.visualBlock);\n }\n if (newAnchor) {\n newAnchor = clipCursorToContent(cm, newAnchor, true);\n }\n newAnchor = newAnchor || oldAnchor;\n sel.anchor = newAnchor;\n sel.head = newHead;\n updateCmSelection(cm);\n updateMark(cm, vim, '<',\n cursorIsBefore(newAnchor, newHead) ? newAnchor\n : newHead);\n updateMark(cm, vim, '>',\n cursorIsBefore(newAnchor, newHead) ? newHead\n : newAnchor);\n } else if (!operator) {\n newHead = clipCursorToContent(cm, newHead);\n cm.setCursor(newHead.line, newHead.ch);\n }\n }\n if (operator) {\n if (operatorArgs.lastSel) {\n // Replaying a visual mode operation\n newAnchor = oldAnchor;\n var lastSel = operatorArgs.lastSel;\n var lineOffset = Math.abs(lastSel.head.line - lastSel.anchor.line);\n var chOffset = Math.abs(lastSel.head.ch - lastSel.anchor.ch);\n if (lastSel.visualLine) {\n // Linewise Visual mode: The same number of lines.\n newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch);\n } else if (lastSel.visualBlock) {\n // Blockwise Visual mode: The same number of lines and columns.\n newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch + chOffset);\n } else if (lastSel.head.line == lastSel.anchor.line) {\n // Normal Visual mode within one line: The same number of characters.\n newHead = Pos(oldAnchor.line, oldAnchor.ch + chOffset);\n } else {\n // Normal Visual mode with several lines: The same number of lines, in the\n // last line the same number of characters as in the last line the last time.\n newHead = Pos(oldAnchor.line + lineOffset, oldAnchor.ch);\n }\n vim.visualMode = true;\n vim.visualLine = lastSel.visualLine;\n vim.visualBlock = lastSel.visualBlock;\n sel = vim.sel = {\n anchor: newAnchor,\n head: newHead\n };\n updateCmSelection(cm);\n } else if (vim.visualMode) {\n operatorArgs.lastSel = {\n anchor: copyCursor(sel.anchor),\n head: copyCursor(sel.head),\n visualBlock: vim.visualBlock,\n visualLine: vim.visualLine\n };\n }\n var curStart, curEnd, linewise, mode;\n var cmSel;\n if (vim.visualMode) {\n // Init visual op\n curStart = cursorMin(sel.head, sel.anchor);\n curEnd = cursorMax(sel.head, sel.anchor);\n linewise = vim.visualLine || operatorArgs.linewise;\n mode = vim.visualBlock ? 'block' :\n linewise ? 'line' :\n 'char';\n cmSel = makeCmSelection(cm, {\n anchor: curStart,\n head: curEnd\n }, mode);\n if (linewise) {\n var ranges = cmSel.ranges;\n if (mode == 'block') {\n // Linewise operators in visual block mode extend to end of line\n for (var i = 0; i < ranges.length; i++) {\n ranges[i].head.ch = lineLength(cm, ranges[i].head.line);\n }\n } else if (mode == 'line') {\n ranges[0].head = Pos(ranges[0].head.line + 1, 0);\n }\n }\n } else {\n // Init motion op\n curStart = copyCursor(newAnchor || oldAnchor);\n curEnd = copyCursor(newHead || oldHead);\n if (cursorIsBefore(curEnd, curStart)) {\n var tmp = curStart;\n curStart = curEnd;\n curEnd = tmp;\n }\n linewise = motionArgs.linewise || operatorArgs.linewise;\n if (linewise) {\n // Expand selection to entire line.\n expandSelectionToLine(cm, curStart, curEnd);\n } else if (motionArgs.forward) {\n // Clip to trailing newlines only if the motion goes forward.\n clipToLine(cm, curStart, curEnd);\n }\n mode = 'char';\n var exclusive = !motionArgs.inclusive || linewise;\n cmSel = makeCmSelection(cm, {\n anchor: curStart,\n head: curEnd\n }, mode, exclusive);\n }\n cm.setSelections(cmSel.ranges, cmSel.primary);\n vim.lastMotion = null;\n operatorArgs.repeat = repeat; // For indent in visual mode.\n operatorArgs.registerName = registerName;\n // Keep track of linewise as it affects how paste and change behave.\n operatorArgs.linewise = linewise;\n var operatorMoveTo = operators[operator](\n cm, operatorArgs, cmSel.ranges, oldAnchor, newHead);\n if (vim.visualMode) {\n exitVisualMode(cm, operatorMoveTo != null);\n }\n if (operatorMoveTo) {\n cm.setCursor(operatorMoveTo);\n }\n }\n },\n recordLastEdit: function(vim, inputState, actionCommand) {\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) { return; }\n vim.lastEditInputState = inputState;\n vim.lastEditActionCommand = actionCommand;\n macroModeState.lastInsertModeChanges.changes = [];\n macroModeState.lastInsertModeChanges.expectCursorActivityForChange = false;\n }\n };\n\n /**\n * typedef {Object{line:number,ch:number}} Cursor An object containing the\n * position of the cursor.\n */\n // All of the functions below return Cursor objects.\n var motions = {\n moveToTopLine: function(cm, _head, motionArgs) {\n var line = getUserVisibleLines(cm).top + motionArgs.repeat -1;\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n moveToMiddleLine: function(cm) {\n var range = getUserVisibleLines(cm);\n var line = Math.floor((range.top + range.bottom) * 0.5);\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n moveToBottomLine: function(cm, _head, motionArgs) {\n var line = getUserVisibleLines(cm).bottom - motionArgs.repeat +1;\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n expandToLine: function(_cm, head, motionArgs) {\n // Expands forward to end of line, and then to next line if repeat is\n // >1. Does not handle backward motion!\n var cur = head;\n return Pos(cur.line + motionArgs.repeat - 1, Infinity);\n },\n findNext: function(cm, _head, motionArgs) {\n var state = getSearchState(cm);\n var query = state.getQuery();\n if (!query) {\n return;\n }\n var prev = !motionArgs.forward;\n // If search is initiated with ? instead of /, negate direction.\n prev = (state.isReversed()) ? !prev : prev;\n highlightSearchMatches(cm, query);\n return findNext(cm, prev/** prev */, query, motionArgs.repeat);\n },\n goToMark: function(cm, _head, motionArgs, vim) {\n var mark = vim.marks[motionArgs.selectedCharacter];\n if (mark) {\n var pos = mark.find();\n return motionArgs.linewise ? { line: pos.line, ch: findFirstNonWhiteSpaceCharacter(cm.getLine(pos.line)) } : pos;\n }\n return null;\n },\n moveToOtherHighlightedEnd: function(cm, _head, motionArgs, vim) {\n if (vim.visualBlock && motionArgs.sameLine) {\n var sel = vim.sel;\n return [\n clipCursorToContent(cm, Pos(sel.anchor.line, sel.head.ch)),\n clipCursorToContent(cm, Pos(sel.head.line, sel.anchor.ch))\n ];\n } else {\n return ([vim.sel.head, vim.sel.anchor]);\n }\n },\n jumpToMark: function(cm, head, motionArgs, vim) {\n var best = head;\n for (var i = 0; i < motionArgs.repeat; i++) {\n var cursor = best;\n for (var key in vim.marks) {\n if (!isLowerCase(key)) {\n continue;\n }\n var mark = vim.marks[key].find();\n var isWrongDirection = (motionArgs.forward) ?\n cursorIsBefore(mark, cursor) : cursorIsBefore(cursor, mark);\n\n if (isWrongDirection) {\n continue;\n }\n if (motionArgs.linewise && (mark.line == cursor.line)) {\n continue;\n }\n\n var equal = cursorEqual(cursor, best);\n var between = (motionArgs.forward) ?\n cursorIsBetween(cursor, mark, best) :\n cursorIsBetween(best, mark, cursor);\n\n if (equal || between) {\n best = mark;\n }\n }\n }\n\n if (motionArgs.linewise) {\n // Vim places the cursor on the first non-whitespace character of\n // the line if there is one, else it places the cursor at the end\n // of the line, regardless of whether a mark was found.\n best = Pos(best.line, findFirstNonWhiteSpaceCharacter(cm.getLine(best.line)));\n }\n return best;\n },\n moveByCharacters: function(_cm, head, motionArgs) {\n var cur = head;\n var repeat = motionArgs.repeat;\n var ch = motionArgs.forward ? cur.ch + repeat : cur.ch - repeat;\n return Pos(cur.line, ch);\n },\n moveByLines: function(cm, head, motionArgs, vim) {\n var cur = head;\n var endCh = cur.ch;\n // Depending what our last motion was, we may want to do different\n // things. If our last motion was moving vertically, we want to\n // preserve the HPos from our last horizontal move. If our last motion\n // was going to the end of a line, moving vertically we should go to\n // the end of the line, etc.\n switch (vim.lastMotion) {\n case this.moveByLines:\n case this.moveByDisplayLines:\n case this.moveByScroll:\n case this.moveToColumn:\n case this.moveToEol:\n endCh = vim.lastHPos;\n break;\n default:\n vim.lastHPos = endCh;\n }\n var repeat = motionArgs.repeat+(motionArgs.repeatOffset||0);\n var line = motionArgs.forward ? cur.line + repeat : cur.line - repeat;\n var first = cm.firstLine();\n var last = cm.lastLine();\n // Vim go to line begin or line end when cursor at first/last line and\n // move to previous/next line is triggered.\n if (line < first && cur.line == first){\n return this.moveToStartOfLine(cm, head, motionArgs, vim);\n }else if (line > last && cur.line == last){\n return this.moveToEol(cm, head, motionArgs, vim);\n }\n if (motionArgs.toFirstChar){\n endCh=findFirstNonWhiteSpaceCharacter(cm.getLine(line));\n vim.lastHPos = endCh;\n }\n vim.lastHSPos = cm.charCoords(Pos(line, endCh),'div').left;\n return Pos(line, endCh);\n },\n moveByDisplayLines: function(cm, head, motionArgs, vim) {\n var cur = head;\n switch (vim.lastMotion) {\n case this.moveByDisplayLines:\n case this.moveByScroll:\n case this.moveByLines:\n case this.moveToColumn:\n case this.moveToEol:\n break;\n default:\n vim.lastHSPos = cm.charCoords(cur,'div').left;\n }\n var repeat = motionArgs.repeat;\n var res=cm.findPosV(cur,(motionArgs.forward ? repeat : -repeat),'line',vim.lastHSPos);\n if (res.hitSide) {\n if (motionArgs.forward) {\n var lastCharCoords = cm.charCoords(res, 'div');\n var goalCoords = { top: lastCharCoords.top + 8, left: vim.lastHSPos };\n var res = cm.coordsChar(goalCoords, 'div');\n } else {\n var resCoords = cm.charCoords(Pos(cm.firstLine(), 0), 'div');\n resCoords.left = vim.lastHSPos;\n res = cm.coordsChar(resCoords, 'div');\n }\n }\n vim.lastHPos = res.ch;\n return res;\n },\n moveByPage: function(cm, head, motionArgs) {\n // CodeMirror only exposes functions that move the cursor page down, so\n // doing this bad hack to move the cursor and move it back. evalInput\n // will move the cursor to where it should be in the end.\n var curStart = head;\n var repeat = motionArgs.repeat;\n return cm.findPosV(curStart, (motionArgs.forward ? repeat : -repeat), 'page');\n },\n moveByParagraph: function(cm, head, motionArgs) {\n var dir = motionArgs.forward ? 1 : -1;\n return findParagraph(cm, head, motionArgs.repeat, dir);\n },\n moveByScroll: function(cm, head, motionArgs, vim) {\n var scrollbox = cm.getScrollInfo();\n var curEnd = null;\n var repeat = motionArgs.repeat;\n if (!repeat) {\n repeat = scrollbox.clientHeight / (2 * cm.defaultTextHeight());\n }\n var orig = cm.charCoords(head, 'local');\n motionArgs.repeat = repeat;\n var curEnd = motions.moveByDisplayLines(cm, head, motionArgs, vim);\n if (!curEnd) {\n return null;\n }\n var dest = cm.charCoords(curEnd, 'local');\n cm.scrollTo(null, scrollbox.top + dest.top - orig.top);\n return curEnd;\n },\n moveByWords: function(cm, head, motionArgs) {\n return moveToWord(cm, head, motionArgs.repeat, !!motionArgs.forward,\n !!motionArgs.wordEnd, !!motionArgs.bigWord);\n },\n moveTillCharacter: function(cm, _head, motionArgs) {\n var repeat = motionArgs.repeat;\n var curEnd = moveToCharacter(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter);\n var increment = motionArgs.forward ? -1 : 1;\n recordLastCharacterSearch(increment, motionArgs);\n if (!curEnd) return null;\n curEnd.ch += increment;\n return curEnd;\n },\n moveToCharacter: function(cm, head, motionArgs) {\n var repeat = motionArgs.repeat;\n recordLastCharacterSearch(0, motionArgs);\n return moveToCharacter(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter) || head;\n },\n moveToSymbol: function(cm, head, motionArgs) {\n var repeat = motionArgs.repeat;\n return findSymbol(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter) || head;\n },\n moveToColumn: function(cm, head, motionArgs, vim) {\n var repeat = motionArgs.repeat;\n // repeat is equivalent to which column we want to move to!\n vim.lastHPos = repeat - 1;\n vim.lastHSPos = cm.charCoords(head,'div').left;\n return moveToColumn(cm, repeat);\n },\n moveToEol: function(cm, head, motionArgs, vim) {\n var cur = head;\n vim.lastHPos = Infinity;\n var retval= Pos(cur.line + motionArgs.repeat - 1, Infinity);\n var end=cm.clipPos(retval);\n end.ch--;\n vim.lastHSPos = cm.charCoords(end,'div').left;\n return retval;\n },\n moveToFirstNonWhiteSpaceCharacter: function(cm, head) {\n // Go to the start of the line where the text begins, or the end for\n // whitespace-only lines\n var cursor = head;\n return Pos(cursor.line,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cursor.line)));\n },\n moveToMatchedSymbol: function(cm, head) {\n var cursor = head;\n var line = cursor.line;\n var ch = cursor.ch;\n var lineText = cm.getLine(line);\n var symbol;\n do {\n symbol = lineText.charAt(ch++);\n if (symbol && isMatchableSymbol(symbol)) {\n var style = cm.getTokenTypeAt(Pos(line, ch));\n if (style !== \"string\" && style !== \"comment\") {\n break;\n }\n }\n } while (symbol);\n if (symbol) {\n var matched = cm.findMatchingBracket(Pos(line, ch));\n return matched.to;\n } else {\n return cursor;\n }\n },\n moveToStartOfLine: function(_cm, head) {\n return Pos(head.line, 0);\n },\n moveToLineOrEdgeOfDocument: function(cm, _head, motionArgs) {\n var lineNum = motionArgs.forward ? cm.lastLine() : cm.firstLine();\n if (motionArgs.repeatIsExplicit) {\n lineNum = motionArgs.repeat - cm.getOption('firstLineNumber');\n }\n return Pos(lineNum,\n findFirstNonWhiteSpaceCharacter(cm.getLine(lineNum)));\n },\n textObjectManipulation: function(cm, head, motionArgs, vim) {\n // TODO: lots of possible exceptions that can be thrown here. Try da(\n // outside of a () block.\n\n // TODO: adding <> >< to this map doesn't work, presumably because\n // they're operators\n var mirroredPairs = {'(': ')', ')': '(',\n '{': '}', '}': '{',\n '[': ']', ']': '['};\n var selfPaired = {'\\'': true, '\"': true};\n\n var character = motionArgs.selectedCharacter;\n // 'b' refers to '()' block.\n // 'B' refers to '{}' block.\n if (character == 'b') {\n character = '(';\n } else if (character == 'B') {\n character = '{';\n }\n\n // Inclusive is the difference between a and i\n // TODO: Instead of using the additional text object map to perform text\n // object operations, merge the map into the defaultKeyMap and use\n // motionArgs to define behavior. Define separate entries for 'aw',\n // 'iw', 'a[', 'i[', etc.\n var inclusive = !motionArgs.textObjectInner;\n\n var tmp;\n if (mirroredPairs[character]) {\n tmp = selectCompanionObject(cm, head, character, inclusive);\n } else if (selfPaired[character]) {\n tmp = findBeginningAndEnd(cm, head, character, inclusive);\n } else if (character === 'W') {\n tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n true /** bigWord */);\n } else if (character === 'w') {\n tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n false /** bigWord */);\n } else if (character === 'p') {\n tmp = findParagraph(cm, head, motionArgs.repeat, 0, inclusive);\n motionArgs.linewise = true;\n if (vim.visualMode) {\n if (!vim.visualLine) { vim.visualLine = true; }\n } else {\n var operatorArgs = vim.inputState.operatorArgs;\n if (operatorArgs) { operatorArgs.linewise = true; }\n tmp.end.line--;\n }\n } else {\n // No text object defined for this, don't move.\n return null;\n }\n\n if (!cm.state.vim.visualMode) {\n return [tmp.start, tmp.end];\n } else {\n return expandSelection(cm, tmp.start, tmp.end);\n }\n },\n\n repeatLastCharacterSearch: function(cm, head, motionArgs) {\n var lastSearch = vimGlobalState.lastChararacterSearch;\n var repeat = motionArgs.repeat;\n var forward = motionArgs.forward === lastSearch.forward;\n var increment = (lastSearch.increment ? 1 : 0) * (forward ? -1 : 1);\n cm.moveH(-increment, 'char');\n motionArgs.inclusive = forward ? true : false;\n var curEnd = moveToCharacter(cm, repeat, forward, lastSearch.selectedCharacter);\n if (!curEnd) {\n cm.moveH(increment, 'char');\n return head;\n }\n curEnd.ch += increment;\n return curEnd;\n }\n };\n\n function defineMotion(name, fn) {\n motions[name] = fn;\n }\n\n function fillArray(val, times) {\n var arr = [];\n for (var i = 0; i < times; i++) {\n arr.push(val);\n }\n return arr;\n }\n /**\n * An operator acts on a text selection. It receives the list of selections\n * as input. The corresponding CodeMirror selection is guaranteed to\n * match the input selection.\n */\n var operators = {\n change: function(cm, args, ranges) {\n var finalHead, text;\n var vim = cm.state.vim;\n vimGlobalState.macroModeState.lastInsertModeChanges.inVisualBlock = vim.visualBlock;\n if (!vim.visualMode) {\n var anchor = ranges[0].anchor,\n head = ranges[0].head;\n text = cm.getRange(anchor, head);\n var lastState = vim.lastEditInputState || {};\n if (lastState.motion == \"moveByWords\" && !isWhiteSpaceString(text)) {\n // Exclude trailing whitespace if the range is not all whitespace.\n var match = (/\\s+$/).exec(text);\n if (match && lastState.motionArgs && lastState.motionArgs.forward) {\n head = offsetCursor(head, 0, - match[0].length);\n text = text.slice(0, - match[0].length);\n }\n }\n var prevLineEnd = new Pos(anchor.line - 1, Number.MAX_VALUE);\n var wasLastLine = cm.firstLine() == cm.lastLine();\n if (head.line > cm.lastLine() && args.linewise && !wasLastLine) {\n cm.replaceRange('', prevLineEnd, head);\n } else {\n cm.replaceRange('', anchor, head);\n }\n if (args.linewise) {\n // Push the next line back down, if there is a next line.\n if (!wasLastLine) {\n cm.setCursor(prevLineEnd);\n CodeMirror.commands.newlineAndIndent(cm);\n }\n // make sure cursor ends up at the end of the line.\n anchor.ch = Number.MAX_VALUE;\n }\n finalHead = anchor;\n } else {\n text = cm.getSelection();\n var replacement = fillArray('', ranges.length);\n cm.replaceSelections(replacement);\n finalHead = cursorMin(ranges[0].head, ranges[0].anchor);\n }\n vimGlobalState.registerController.pushText(\n args.registerName, 'change', text,\n args.linewise, ranges.length > 1);\n actions.enterInsertMode(cm, {head: finalHead}, cm.state.vim);\n },\n // delete is a javascript keyword.\n 'delete': function(cm, args, ranges) {\n var finalHead, text;\n var vim = cm.state.vim;\n if (!vim.visualBlock) {\n var anchor = ranges[0].anchor,\n head = ranges[0].head;\n if (args.linewise &&\n head.line != cm.firstLine() &&\n anchor.line == cm.lastLine() &&\n anchor.line == head.line - 1) {\n // Special case for dd on last line (and first line).\n if (anchor.line == cm.firstLine()) {\n anchor.ch = 0;\n } else {\n anchor = Pos(anchor.line - 1, lineLength(cm, anchor.line - 1));\n }\n }\n text = cm.getRange(anchor, head);\n cm.replaceRange('', anchor, head);\n finalHead = anchor;\n if (args.linewise) {\n finalHead = motions.moveToFirstNonWhiteSpaceCharacter(cm, anchor);\n }\n } else {\n text = cm.getSelection();\n var replacement = fillArray('', ranges.length);\n cm.replaceSelections(replacement);\n finalHead = ranges[0].anchor;\n }\n vimGlobalState.registerController.pushText(\n args.registerName, 'delete', text,\n args.linewise, vim.visualBlock);\n return clipCursorToContent(cm, finalHead);\n },\n indent: function(cm, args, ranges) {\n var vim = cm.state.vim;\n var startLine = ranges[0].anchor.line;\n var endLine = vim.visualBlock ?\n ranges[ranges.length - 1].anchor.line :\n ranges[0].head.line;\n // In visual mode, n> shifts the selection right n times, instead of\n // shifting n lines right once.\n var repeat = (vim.visualMode) ? args.repeat : 1;\n if (args.linewise) {\n // The only way to delete a newline is to delete until the start of\n // the next line, so in linewise mode evalInput will include the next\n // line. We don't want this in indent, so we go back a line.\n endLine--;\n }\n for (var i = startLine; i <= endLine; i++) {\n for (var j = 0; j < repeat; j++) {\n cm.indentLine(i, args.indentRight);\n }\n }\n return motions.moveToFirstNonWhiteSpaceCharacter(cm, ranges[0].anchor);\n },\n changeCase: function(cm, args, ranges, oldAnchor, newHead) {\n var selections = cm.getSelections();\n var swapped = [];\n var toLower = args.toLower;\n for (var j = 0; j < selections.length; j++) {\n var toSwap = selections[j];\n var text = '';\n if (toLower === true) {\n text = toSwap.toLowerCase();\n } else if (toLower === false) {\n text = toSwap.toUpperCase();\n } else {\n for (var i = 0; i < toSwap.length; i++) {\n var character = toSwap.charAt(i);\n text += isUpperCase(character) ? character.toLowerCase() :\n character.toUpperCase();\n }\n }\n swapped.push(text);\n }\n cm.replaceSelections(swapped);\n if (args.shouldMoveCursor){\n return newHead;\n } else if (!cm.state.vim.visualMode && args.linewise && ranges[0].anchor.line + 1 == ranges[0].head.line) {\n return motions.moveToFirstNonWhiteSpaceCharacter(cm, oldAnchor);\n } else if (args.linewise){\n return oldAnchor;\n } else {\n return cursorMin(ranges[0].anchor, ranges[0].head);\n }\n },\n yank: function(cm, args, ranges, oldAnchor) {\n var vim = cm.state.vim;\n var text = cm.getSelection();\n var endPos = vim.visualMode\n ? cursorMin(vim.sel.anchor, vim.sel.head, ranges[0].head, ranges[0].anchor)\n : oldAnchor;\n vimGlobalState.registerController.pushText(\n args.registerName, 'yank',\n text, args.linewise, vim.visualBlock);\n return endPos;\n }\n };\n\n function defineOperator(name, fn) {\n operators[name] = fn;\n }\n\n var actions = {\n jumpListWalk: function(cm, actionArgs, vim) {\n if (vim.visualMode) {\n return;\n }\n var repeat = actionArgs.repeat;\n var forward = actionArgs.forward;\n var jumpList = vimGlobalState.jumpList;\n\n var mark = jumpList.move(cm, forward ? repeat : -repeat);\n var markPos = mark ? mark.find() : undefined;\n markPos = markPos ? markPos : cm.getCursor();\n cm.setCursor(markPos);\n },\n scroll: function(cm, actionArgs, vim) {\n if (vim.visualMode) {\n return;\n }\n var repeat = actionArgs.repeat || 1;\n var lineHeight = cm.defaultTextHeight();\n var top = cm.getScrollInfo().top;\n var delta = lineHeight * repeat;\n var newPos = actionArgs.forward ? top + delta : top - delta;\n var cursor = copyCursor(cm.getCursor());\n var cursorCoords = cm.charCoords(cursor, 'local');\n if (actionArgs.forward) {\n if (newPos > cursorCoords.top) {\n cursor.line += (newPos - cursorCoords.top) / lineHeight;\n cursor.line = Math.ceil(cursor.line);\n cm.setCursor(cursor);\n cursorCoords = cm.charCoords(cursor, 'local');\n cm.scrollTo(null, cursorCoords.top);\n } else {\n // Cursor stays within bounds. Just reposition the scroll window.\n cm.scrollTo(null, newPos);\n }\n } else {\n var newBottom = newPos + cm.getScrollInfo().clientHeight;\n if (newBottom < cursorCoords.bottom) {\n cursor.line -= (cursorCoords.bottom - newBottom) / lineHeight;\n cursor.line = Math.floor(cursor.line);\n cm.setCursor(cursor);\n cursorCoords = cm.charCoords(cursor, 'local');\n cm.scrollTo(\n null, cursorCoords.bottom - cm.getScrollInfo().clientHeight);\n } else {\n // Cursor stays within bounds. Just reposition the scroll window.\n cm.scrollTo(null, newPos);\n }\n }\n },\n scrollToCursor: function(cm, actionArgs) {\n var lineNum = cm.getCursor().line;\n var charCoords = cm.charCoords(Pos(lineNum, 0), 'local');\n var height = cm.getScrollInfo().clientHeight;\n var y = charCoords.top;\n var lineHeight = charCoords.bottom - y;\n switch (actionArgs.position) {\n case 'center': y = y - (height / 2) + lineHeight;\n break;\n case 'bottom': y = y - height + lineHeight;\n break;\n }\n cm.scrollTo(null, y);\n },\n replayMacro: function(cm, actionArgs, vim) {\n var registerName = actionArgs.selectedCharacter;\n var repeat = actionArgs.repeat;\n var macroModeState = vimGlobalState.macroModeState;\n if (registerName == '@') {\n registerName = macroModeState.latestRegister;\n }\n while(repeat--){\n executeMacroRegister(cm, vim, macroModeState, registerName);\n }\n },\n enterMacroRecordMode: function(cm, actionArgs) {\n var macroModeState = vimGlobalState.macroModeState;\n var registerName = actionArgs.selectedCharacter;\n macroModeState.enterMacroRecordMode(cm, registerName);\n },\n enterInsertMode: function(cm, actionArgs, vim) {\n if (cm.getOption('readOnly')) { return; }\n vim.insertMode = true;\n vim.insertModeRepeat = actionArgs && actionArgs.repeat || 1;\n var insertAt = (actionArgs) ? actionArgs.insertAt : null;\n var sel = vim.sel;\n var head = actionArgs.head || cm.getCursor('head');\n var height = cm.listSelections().length;\n if (insertAt == 'eol') {\n head = Pos(head.line, lineLength(cm, head.line));\n } else if (insertAt == 'charAfter') {\n head = offsetCursor(head, 0, 1);\n } else if (insertAt == 'firstNonBlank') {\n head = motions.moveToFirstNonWhiteSpaceCharacter(cm, head);\n } else if (insertAt == 'startOfSelectedArea') {\n if (!vim.visualBlock) {\n if (sel.head.line < sel.anchor.line) {\n head = sel.head;\n } else {\n head = Pos(sel.anchor.line, 0);\n }\n } else {\n head = Pos(\n Math.min(sel.head.line, sel.anchor.line),\n Math.min(sel.head.ch, sel.anchor.ch));\n height = Math.abs(sel.head.line - sel.anchor.line) + 1;\n }\n } else if (insertAt == 'endOfSelectedArea') {\n if (!vim.visualBlock) {\n if (sel.head.line >= sel.anchor.line) {\n head = offsetCursor(sel.head, 0, 1);\n } else {\n head = Pos(sel.anchor.line, 0);\n }\n } else {\n head = Pos(\n Math.min(sel.head.line, sel.anchor.line),\n Math.max(sel.head.ch + 1, sel.anchor.ch));\n height = Math.abs(sel.head.line - sel.anchor.line) + 1;\n }\n } else if (insertAt == 'inplace') {\n if (vim.visualMode){\n return;\n }\n }\n cm.setOption('keyMap', 'vim-insert');\n cm.setOption('disableInput', false);\n if (actionArgs && actionArgs.replace) {\n // Handle Replace-mode as a special case of insert mode.\n cm.toggleOverwrite(true);\n cm.setOption('keyMap', 'vim-replace');\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"replace\"});\n } else {\n cm.setOption('keyMap', 'vim-insert');\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"insert\"});\n }\n if (!vimGlobalState.macroModeState.isPlaying) {\n // Only record if not replaying.\n cm.on('change', onChange);\n CodeMirror.on(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n }\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n selectForInsert(cm, head, height);\n },\n toggleVisualMode: function(cm, actionArgs, vim) {\n var repeat = actionArgs.repeat;\n var anchor = cm.getCursor();\n var head;\n // TODO: The repeat should actually select number of characters/lines\n // equal to the repeat times the size of the previous visual\n // operation.\n if (!vim.visualMode) {\n // Entering visual mode\n vim.visualMode = true;\n vim.visualLine = !!actionArgs.linewise;\n vim.visualBlock = !!actionArgs.blockwise;\n head = clipCursorToContent(\n cm, Pos(anchor.line, anchor.ch + repeat - 1),\n true /** includeLineBreak */);\n vim.sel = {\n anchor: anchor,\n head: head\n };\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : vim.visualBlock ? \"blockwise\" : \"\"});\n updateCmSelection(cm);\n updateMark(cm, vim, '<', cursorMin(anchor, head));\n updateMark(cm, vim, '>', cursorMax(anchor, head));\n } else if (vim.visualLine ^ actionArgs.linewise ||\n vim.visualBlock ^ actionArgs.blockwise) {\n // Toggling between modes\n vim.visualLine = !!actionArgs.linewise;\n vim.visualBlock = !!actionArgs.blockwise;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : vim.visualBlock ? \"blockwise\" : \"\"});\n updateCmSelection(cm);\n } else {\n exitVisualMode(cm);\n }\n },\n reselectLastSelection: function(cm, _actionArgs, vim) {\n var lastSelection = vim.lastSelection;\n if (vim.visualMode) {\n updateLastSelection(cm, vim);\n }\n if (lastSelection) {\n var anchor = lastSelection.anchorMark.find();\n var head = lastSelection.headMark.find();\n if (!anchor || !head) {\n // If the marks have been destroyed due to edits, do nothing.\n return;\n }\n vim.sel = {\n anchor: anchor,\n head: head\n };\n vim.visualMode = true;\n vim.visualLine = lastSelection.visualLine;\n vim.visualBlock = lastSelection.visualBlock;\n updateCmSelection(cm);\n updateMark(cm, vim, '<', cursorMin(anchor, head));\n updateMark(cm, vim, '>', cursorMax(anchor, head));\n CodeMirror.signal(cm, 'vim-mode-change', {\n mode: 'visual',\n subMode: vim.visualLine ? 'linewise' :\n vim.visualBlock ? 'blockwise' : ''});\n }\n },\n joinLines: function(cm, actionArgs, vim) {\n var curStart, curEnd;\n if (vim.visualMode) {\n curStart = cm.getCursor('anchor');\n curEnd = cm.getCursor('head');\n if (cursorIsBefore(curEnd, curStart)) {\n var tmp = curEnd;\n curEnd = curStart;\n curStart = tmp;\n }\n curEnd.ch = lineLength(cm, curEnd.line) - 1;\n } else {\n // Repeat is the number of lines to join. Minimum 2 lines.\n var repeat = Math.max(actionArgs.repeat, 2);\n curStart = cm.getCursor();\n curEnd = clipCursorToContent(cm, Pos(curStart.line + repeat - 1,\n Infinity));\n }\n var finalCh = 0;\n for (var i = curStart.line; i < curEnd.line; i++) {\n finalCh = lineLength(cm, curStart.line);\n var tmp = Pos(curStart.line + 1,\n lineLength(cm, curStart.line + 1));\n var text = cm.getRange(curStart, tmp);\n text = text.replace(/\\n\\s*/g, ' ');\n cm.replaceRange(text, curStart, tmp);\n }\n var curFinalPos = Pos(curStart.line, finalCh);\n if (vim.visualMode) {\n exitVisualMode(cm, false);\n }\n cm.setCursor(curFinalPos);\n },\n newLineAndEnterInsertMode: function(cm, actionArgs, vim) {\n vim.insertMode = true;\n var insertAt = copyCursor(cm.getCursor());\n if (insertAt.line === cm.firstLine() && !actionArgs.after) {\n // Special case for inserting newline before start of document.\n cm.replaceRange('\\n', Pos(cm.firstLine(), 0));\n cm.setCursor(cm.firstLine(), 0);\n } else {\n insertAt.line = (actionArgs.after) ? insertAt.line :\n insertAt.line - 1;\n insertAt.ch = lineLength(cm, insertAt.line);\n cm.setCursor(insertAt);\n var newlineFn = CodeMirror.commands.newlineAndIndentContinueComment ||\n CodeMirror.commands.newlineAndIndent;\n newlineFn(cm);\n }\n this.enterInsertMode(cm, { repeat: actionArgs.repeat }, vim);\n },\n paste: function(cm, actionArgs, vim) {\n var cur = copyCursor(cm.getCursor());\n var register = vimGlobalState.registerController.getRegister(\n actionArgs.registerName);\n var text = register.toString();\n if (!text) {\n return;\n }\n if (actionArgs.matchIndent) {\n var tabSize = cm.getOption(\"tabSize\");\n // length that considers tabs and tabSize\n var whitespaceLength = function(str) {\n var tabs = (str.split(\"\\t\").length - 1);\n var spaces = (str.split(\" \").length - 1);\n return tabs * tabSize + spaces * 1;\n };\n var currentLine = cm.getLine(cm.getCursor().line);\n var indent = whitespaceLength(currentLine.match(/^\\s*/)[0]);\n // chomp last newline b/c don't want it to match /^\\s*/gm\n var chompedText = text.replace(/\\n$/, '');\n var wasChomped = text !== chompedText;\n var firstIndent = whitespaceLength(text.match(/^\\s*/)[0]);\n var text = chompedText.replace(/^\\s*/gm, function(wspace) {\n var newIndent = indent + (whitespaceLength(wspace) - firstIndent);\n if (newIndent < 0) {\n return \"\";\n }\n else if (cm.getOption(\"indentWithTabs\")) {\n var quotient = Math.floor(newIndent / tabSize);\n return Array(quotient + 1).join('\\t');\n }\n else {\n return Array(newIndent + 1).join(' ');\n }\n });\n text += wasChomped ? \"\\n\" : \"\";\n }\n if (actionArgs.repeat > 1) {\n var text = Array(actionArgs.repeat + 1).join(text);\n }\n var linewise = register.linewise;\n var blockwise = register.blockwise;\n if (linewise) {\n if(vim.visualMode) {\n text = vim.visualLine ? text.slice(0, -1) : '\\n' + text.slice(0, text.length - 1) + '\\n';\n } else if (actionArgs.after) {\n // Move the newline at the end to the start instead, and paste just\n // before the newline character of the line we are on right now.\n text = '\\n' + text.slice(0, text.length - 1);\n cur.ch = lineLength(cm, cur.line);\n } else {\n cur.ch = 0;\n }\n } else {\n if (blockwise) {\n text = text.split('\\n');\n for (var i = 0; i < text.length; i++) {\n text[i] = (text[i] == '') ? ' ' : text[i];\n }\n }\n cur.ch += actionArgs.after ? 1 : 0;\n }\n var curPosFinal;\n var idx;\n if (vim.visualMode) {\n // save the pasted text for reselection if the need arises\n vim.lastPastedText = text;\n var lastSelectionCurEnd;\n var selectedArea = getSelectedAreaRange(cm, vim);\n var selectionStart = selectedArea[0];\n var selectionEnd = selectedArea[1];\n var selectedText = cm.getSelection();\n var selections = cm.listSelections();\n var emptyStrings = new Array(selections.length).join('1').split('1');\n // save the curEnd marker before it get cleared due to cm.replaceRange.\n if (vim.lastSelection) {\n lastSelectionCurEnd = vim.lastSelection.headMark.find();\n }\n // push the previously selected text to unnamed register\n vimGlobalState.registerController.unnamedRegister.setText(selectedText);\n if (blockwise) {\n // first delete the selected text\n cm.replaceSelections(emptyStrings);\n // Set new selections as per the block length of the yanked text\n selectionEnd = Pos(selectionStart.line + text.length-1, selectionStart.ch);\n cm.setCursor(selectionStart);\n selectBlock(cm, selectionEnd);\n cm.replaceSelections(text);\n curPosFinal = selectionStart;\n } else if (vim.visualBlock) {\n cm.replaceSelections(emptyStrings);\n cm.setCursor(selectionStart);\n cm.replaceRange(text, selectionStart, selectionStart);\n curPosFinal = selectionStart;\n } else {\n cm.replaceRange(text, selectionStart, selectionEnd);\n curPosFinal = cm.posFromIndex(cm.indexFromPos(selectionStart) + text.length - 1);\n }\n // restore the the curEnd marker\n if(lastSelectionCurEnd) {\n vim.lastSelection.headMark = cm.setBookmark(lastSelectionCurEnd);\n }\n if (linewise) {\n curPosFinal.ch=0;\n }\n } else {\n if (blockwise) {\n cm.setCursor(cur);\n for (var i = 0; i < text.length; i++) {\n var line = cur.line+i;\n if (line > cm.lastLine()) {\n cm.replaceRange('\\n', Pos(line, 0));\n }\n var lastCh = lineLength(cm, line);\n if (lastCh < cur.ch) {\n extendLineToColumn(cm, line, cur.ch);\n }\n }\n cm.setCursor(cur);\n selectBlock(cm, Pos(cur.line + text.length-1, cur.ch));\n cm.replaceSelections(text);\n curPosFinal = cur;\n } else {\n cm.replaceRange(text, cur);\n // Now fine tune the cursor to where we want it.\n if (linewise && actionArgs.after) {\n curPosFinal = Pos(\n cur.line + 1,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line + 1)));\n } else if (linewise && !actionArgs.after) {\n curPosFinal = Pos(\n cur.line,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line)));\n } else if (!linewise && actionArgs.after) {\n idx = cm.indexFromPos(cur);\n curPosFinal = cm.posFromIndex(idx + text.length - 1);\n } else {\n idx = cm.indexFromPos(cur);\n curPosFinal = cm.posFromIndex(idx + text.length);\n }\n }\n }\n if (vim.visualMode) {\n exitVisualMode(cm, false);\n }\n cm.setCursor(curPosFinal);\n },\n undo: function(cm, actionArgs) {\n cm.operation(function() {\n repeatFn(cm, CodeMirror.commands.undo, actionArgs.repeat)();\n cm.setCursor(cm.getCursor('anchor'));\n });\n },\n redo: function(cm, actionArgs) {\n repeatFn(cm, CodeMirror.commands.redo, actionArgs.repeat)();\n },\n setRegister: function(_cm, actionArgs, vim) {\n vim.inputState.registerName = actionArgs.selectedCharacter;\n },\n setMark: function(cm, actionArgs, vim) {\n var markName = actionArgs.selectedCharacter;\n updateMark(cm, vim, markName, cm.getCursor());\n },\n replace: function(cm, actionArgs, vim) {\n var replaceWith = actionArgs.selectedCharacter;\n var curStart = cm.getCursor();\n var replaceTo;\n var curEnd;\n var selections = cm.listSelections();\n if (vim.visualMode) {\n curStart = cm.getCursor('start');\n curEnd = cm.getCursor('end');\n } else {\n var line = cm.getLine(curStart.line);\n replaceTo = curStart.ch + actionArgs.repeat;\n if (replaceTo > line.length) {\n replaceTo=line.length;\n }\n curEnd = Pos(curStart.line, replaceTo);\n }\n if (replaceWith=='\\n') {\n if (!vim.visualMode) cm.replaceRange('', curStart, curEnd);\n // special case, where vim help says to replace by just one line-break\n (CodeMirror.commands.newlineAndIndentContinueComment || CodeMirror.commands.newlineAndIndent)(cm);\n } else {\n var replaceWithStr = cm.getRange(curStart, curEnd);\n //replace all characters in range by selected, but keep linebreaks\n replaceWithStr = replaceWithStr.replace(/[^\\n]/g, replaceWith);\n if (vim.visualBlock) {\n // Tabs are split in visua block before replacing\n var spaces = new Array(cm.getOption(\"tabSize\")+1).join(' ');\n replaceWithStr = cm.getSelection();\n replaceWithStr = replaceWithStr.replace(/\\t/g, spaces).replace(/[^\\n]/g, replaceWith).split('\\n');\n cm.replaceSelections(replaceWithStr);\n } else {\n cm.replaceRange(replaceWithStr, curStart, curEnd);\n }\n if (vim.visualMode) {\n curStart = cursorIsBefore(selections[0].anchor, selections[0].head) ?\n selections[0].anchor : selections[0].head;\n cm.setCursor(curStart);\n exitVisualMode(cm, false);\n } else {\n cm.setCursor(offsetCursor(curEnd, 0, -1));\n }\n }\n },\n incrementNumberToken: function(cm, actionArgs) {\n var cur = cm.getCursor();\n var lineStr = cm.getLine(cur.line);\n var re = /-?\\d+/g;\n var match;\n var start;\n var end;\n var numberStr;\n var token;\n while ((match = re.exec(lineStr)) !== null) {\n token = match[0];\n start = match.index;\n end = start + token.length;\n if (cur.ch < end)break;\n }\n if (!actionArgs.backtrack && (end <= cur.ch))return;\n if (token) {\n var increment = actionArgs.increase ? 1 : -1;\n var number = parseInt(token) + (increment * actionArgs.repeat);\n var from = Pos(cur.line, start);\n var to = Pos(cur.line, end);\n numberStr = number.toString();\n cm.replaceRange(numberStr, from, to);\n } else {\n return;\n }\n cm.setCursor(Pos(cur.line, start + numberStr.length - 1));\n },\n repeatLastEdit: function(cm, actionArgs, vim) {\n var lastEditInputState = vim.lastEditInputState;\n if (!lastEditInputState) { return; }\n var repeat = actionArgs.repeat;\n if (repeat && actionArgs.repeatIsExplicit) {\n vim.lastEditInputState.repeatOverride = repeat;\n } else {\n repeat = vim.lastEditInputState.repeatOverride || repeat;\n }\n repeatLastEdit(cm, vim, repeat, false /** repeatForInsert */);\n },\n exitInsertMode: exitInsertMode\n };\n\n function defineAction(name, fn) {\n actions[name] = fn;\n }\n\n /*\n * Below are miscellaneous utility functions used by vim.js\n */\n\n /**\n * Clips cursor to ensure that line is within the buffer's range\n * If includeLineBreak is true, then allow cur.ch == lineLength.\n */\n function clipCursorToContent(cm, cur, includeLineBreak) {\n var line = Math.min(Math.max(cm.firstLine(), cur.line), cm.lastLine() );\n var maxCh = lineLength(cm, line) - 1;\n maxCh = (includeLineBreak) ? maxCh + 1 : maxCh;\n var ch = Math.min(Math.max(0, cur.ch), maxCh);\n return Pos(line, ch);\n }\n function copyArgs(args) {\n var ret = {};\n for (var prop in args) {\n if (args.hasOwnProperty(prop)) {\n ret[prop] = args[prop];\n }\n }\n return ret;\n }\n function offsetCursor(cur, offsetLine, offsetCh) {\n if (typeof offsetLine === 'object') {\n offsetCh = offsetLine.ch;\n offsetLine = offsetLine.line;\n }\n return Pos(cur.line + offsetLine, cur.ch + offsetCh);\n }\n function getOffset(anchor, head) {\n return {\n line: head.line - anchor.line,\n ch: head.line - anchor.line\n };\n }\n function commandMatches(keys, keyMap, context, inputState) {\n // Partial matches are not applied. They inform the key handler\n // that the current key sequence is a subsequence of a valid key\n // sequence, so that the key buffer is not cleared.\n var match, partial = [], full = [];\n for (var i = 0; i < keyMap.length; i++) {\n var command = keyMap[i];\n if (context == 'insert' && command.context != 'insert' ||\n command.context && command.context != context ||\n inputState.operator && command.type == 'action' ||\n !(match = commandMatch(keys, command.keys))) { continue; }\n if (match == 'partial') { partial.push(command); }\n if (match == 'full') { full.push(command); }\n }\n return {\n partial: partial.length && partial,\n full: full.length && full\n };\n }\n function commandMatch(pressed, mapped) {\n if (mapped.slice(-11) == '<character>') {\n // Last character matches anything.\n var prefixLen = mapped.length - 11;\n var pressedPrefix = pressed.slice(0, prefixLen);\n var mappedPrefix = mapped.slice(0, prefixLen);\n return pressedPrefix == mappedPrefix && pressed.length > prefixLen ? 'full' :\n mappedPrefix.indexOf(pressedPrefix) == 0 ? 'partial' : false;\n } else {\n return pressed == mapped ? 'full' :\n mapped.indexOf(pressed) == 0 ? 'partial' : false;\n }\n }\n function lastChar(keys) {\n var match = /^.*(<[\\w\\-]+>)$/.exec(keys);\n var selectedCharacter = match ? match[1] : keys.slice(-1);\n if (selectedCharacter.length > 1){\n switch(selectedCharacter){\n case '<CR>':\n selectedCharacter='\\n';\n break;\n case '<Space>':\n selectedCharacter=' ';\n break;\n default:\n break;\n }\n }\n return selectedCharacter;\n }\n function repeatFn(cm, fn, repeat) {\n return function() {\n for (var i = 0; i < repeat; i++) {\n fn(cm);\n }\n };\n }\n function copyCursor(cur) {\n return Pos(cur.line, cur.ch);\n }\n function cursorEqual(cur1, cur2) {\n return cur1.ch == cur2.ch && cur1.line == cur2.line;\n }\n function cursorIsBefore(cur1, cur2) {\n if (cur1.line < cur2.line) {\n return true;\n }\n if (cur1.line == cur2.line && cur1.ch < cur2.ch) {\n return true;\n }\n return false;\n }\n function cursorMin(cur1, cur2) {\n if (arguments.length > 2) {\n cur2 = cursorMin.apply(undefined, Array.prototype.slice.call(arguments, 1));\n }\n return cursorIsBefore(cur1, cur2) ? cur1 : cur2;\n }\n function cursorMax(cur1, cur2) {\n if (arguments.length > 2) {\n cur2 = cursorMax.apply(undefined, Array.prototype.slice.call(arguments, 1));\n }\n return cursorIsBefore(cur1, cur2) ? cur2 : cur1;\n }\n function cursorIsBetween(cur1, cur2, cur3) {\n // returns true if cur2 is between cur1 and cur3.\n var cur1before2 = cursorIsBefore(cur1, cur2);\n var cur2before3 = cursorIsBefore(cur2, cur3);\n return cur1before2 && cur2before3;\n }\n function lineLength(cm, lineNum) {\n return cm.getLine(lineNum).length;\n }\n function trim(s) {\n if (s.trim) {\n return s.trim();\n }\n return s.replace(/^\\s+|\\s+$/g, '');\n }\n function escapeRegex(s) {\n return s.replace(/([.?*+$\\[\\]\\/\\\\(){}|\\-])/g, '\\\\$1');\n }\n function extendLineToColumn(cm, lineNum, column) {\n var endCh = lineLength(cm, lineNum);\n var spaces = new Array(column-endCh+1).join(' ');\n cm.setCursor(Pos(lineNum, endCh));\n cm.replaceRange(spaces, cm.getCursor());\n }\n // This functions selects a rectangular block\n // of text with selectionEnd as any of its corner\n // Height of block:\n // Difference in selectionEnd.line and first/last selection.line\n // Width of the block:\n // Distance between selectionEnd.ch and any(first considered here) selection.ch\n function selectBlock(cm, selectionEnd) {\n var selections = [], ranges = cm.listSelections();\n var head = copyCursor(cm.clipPos(selectionEnd));\n var isClipped = !cursorEqual(selectionEnd, head);\n var curHead = cm.getCursor('head');\n var primIndex = getIndex(ranges, curHead);\n var wasClipped = cursorEqual(ranges[primIndex].head, ranges[primIndex].anchor);\n var max = ranges.length - 1;\n var index = max - primIndex > primIndex ? max : 0;\n var base = ranges[index].anchor;\n\n var firstLine = Math.min(base.line, head.line);\n var lastLine = Math.max(base.line, head.line);\n var baseCh = base.ch, headCh = head.ch;\n\n var dir = ranges[index].head.ch - baseCh;\n var newDir = headCh - baseCh;\n if (dir > 0 && newDir <= 0) {\n baseCh++;\n if (!isClipped) { headCh--; }\n } else if (dir < 0 && newDir >= 0) {\n baseCh--;\n if (!wasClipped) { headCh++; }\n } else if (dir < 0 && newDir == -1) {\n baseCh--;\n headCh++;\n }\n for (var line = firstLine; line <= lastLine; line++) {\n var range = {anchor: new Pos(line, baseCh), head: new Pos(line, headCh)};\n selections.push(range);\n }\n primIndex = head.line == lastLine ? selections.length - 1 : 0;\n cm.setSelections(selections);\n selectionEnd.ch = headCh;\n base.ch = baseCh;\n return base;\n }\n function selectForInsert(cm, head, height) {\n var sel = [];\n for (var i = 0; i < height; i++) {\n var lineHead = offsetCursor(head, i, 0);\n sel.push({anchor: lineHead, head: lineHead});\n }\n cm.setSelections(sel, 0);\n }\n // getIndex returns the index of the cursor in the selections.\n function getIndex(ranges, cursor, end) {\n for (var i = 0; i < ranges.length; i++) {\n var atAnchor = end != 'head' && cursorEqual(ranges[i].anchor, cursor);\n var atHead = end != 'anchor' && cursorEqual(ranges[i].head, cursor);\n if (atAnchor || atHead) {\n return i;\n }\n }\n return -1;\n }\n function getSelectedAreaRange(cm, vim) {\n var lastSelection = vim.lastSelection;\n var getCurrentSelectedAreaRange = function() {\n var selections = cm.listSelections();\n var start = selections[0];\n var end = selections[selections.length-1];\n var selectionStart = cursorIsBefore(start.anchor, start.head) ? start.anchor : start.head;\n var selectionEnd = cursorIsBefore(end.anchor, end.head) ? end.head : end.anchor;\n return [selectionStart, selectionEnd];\n };\n var getLastSelectedAreaRange = function() {\n var selectionStart = cm.getCursor();\n var selectionEnd = cm.getCursor();\n var block = lastSelection.visualBlock;\n if (block) {\n var width = block.width;\n var height = block.height;\n selectionEnd = Pos(selectionStart.line + height, selectionStart.ch + width);\n var selections = [];\n // selectBlock creates a 'proper' rectangular block.\n // We do not want that in all cases, so we manually set selections.\n for (var i = selectionStart.line; i < selectionEnd.line; i++) {\n var anchor = Pos(i, selectionStart.ch);\n var head = Pos(i, selectionEnd.ch);\n var range = {anchor: anchor, head: head};\n selections.push(range);\n }\n cm.setSelections(selections);\n } else {\n var start = lastSelection.anchorMark.find();\n var end = lastSelection.headMark.find();\n var line = end.line - start.line;\n var ch = end.ch - start.ch;\n selectionEnd = {line: selectionEnd.line + line, ch: line ? selectionEnd.ch : ch + selectionEnd.ch};\n if (lastSelection.visualLine) {\n selectionStart = Pos(selectionStart.line, 0);\n selectionEnd = Pos(selectionEnd.line, lineLength(cm, selectionEnd.line));\n }\n cm.setSelection(selectionStart, selectionEnd);\n }\n return [selectionStart, selectionEnd];\n };\n if (!vim.visualMode) {\n // In case of replaying the action.\n return getLastSelectedAreaRange();\n } else {\n return getCurrentSelectedAreaRange();\n }\n }\n // Updates the previous selection with the current selection's values. This\n // should only be called in visual mode.\n function updateLastSelection(cm, vim) {\n var anchor = vim.sel.anchor;\n var head = vim.sel.head;\n // To accommodate the effect of lastPastedText in the last selection\n if (vim.lastPastedText) {\n head = cm.posFromIndex(cm.indexFromPos(anchor) + vim.lastPastedText.length);\n vim.lastPastedText = null;\n }\n vim.lastSelection = {'anchorMark': cm.setBookmark(anchor),\n 'headMark': cm.setBookmark(head),\n 'anchor': copyCursor(anchor),\n 'head': copyCursor(head),\n 'visualMode': vim.visualMode,\n 'visualLine': vim.visualLine,\n 'visualBlock': vim.visualBlock};\n }\n function expandSelection(cm, start, end) {\n var sel = cm.state.vim.sel;\n var head = sel.head;\n var anchor = sel.anchor;\n var tmp;\n if (cursorIsBefore(end, start)) {\n tmp = end;\n end = start;\n start = tmp;\n }\n if (cursorIsBefore(head, anchor)) {\n head = cursorMin(start, head);\n anchor = cursorMax(anchor, end);\n } else {\n anchor = cursorMin(start, anchor);\n head = cursorMax(head, end);\n head = offsetCursor(head, 0, -1);\n if (head.ch == -1 && head.line != cm.firstLine()) {\n head = Pos(head.line - 1, lineLength(cm, head.line - 1));\n }\n }\n return [anchor, head];\n }\n /**\n * Updates the CodeMirror selection to match the provided vim selection.\n * If no arguments are given, it uses the current vim selection state.\n */\n function updateCmSelection(cm, sel, mode) {\n var vim = cm.state.vim;\n sel = sel || vim.sel;\n var mode = mode ||\n vim.visualLine ? 'line' : vim.visualBlock ? 'block' : 'char';\n var cmSel = makeCmSelection(cm, sel, mode);\n cm.setSelections(cmSel.ranges, cmSel.primary);\n updateFakeCursor(cm);\n }\n function makeCmSelection(cm, sel, mode, exclusive) {\n var head = copyCursor(sel.head);\n var anchor = copyCursor(sel.anchor);\n if (mode == 'char') {\n var headOffset = !exclusive && !cursorIsBefore(sel.head, sel.anchor) ? 1 : 0;\n var anchorOffset = cursorIsBefore(sel.head, sel.anchor) ? 1 : 0;\n head = offsetCursor(sel.head, 0, headOffset);\n anchor = offsetCursor(sel.anchor, 0, anchorOffset);\n return {\n ranges: [{anchor: anchor, head: head}],\n primary: 0\n };\n } else if (mode == 'line') {\n if (!cursorIsBefore(sel.head, sel.anchor)) {\n anchor.ch = 0;\n\n var lastLine = cm.lastLine();\n if (head.line > lastLine) {\n head.line = lastLine;\n }\n head.ch = lineLength(cm, head.line);\n } else {\n head.ch = 0;\n anchor.ch = lineLength(cm, anchor.line);\n }\n return {\n ranges: [{anchor: anchor, head: head}],\n primary: 0\n };\n } else if (mode == 'block') {\n var top = Math.min(anchor.line, head.line),\n left = Math.min(anchor.ch, head.ch),\n bottom = Math.max(anchor.line, head.line),\n right = Math.max(anchor.ch, head.ch) + 1;\n var height = bottom - top + 1;\n var primary = head.line == top ? 0 : height - 1;\n var ranges = [];\n for (var i = 0; i < height; i++) {\n ranges.push({\n anchor: Pos(top + i, left),\n head: Pos(top + i, right)\n });\n }\n return {\n ranges: ranges,\n primary: primary\n };\n }\n }\n function getHead(cm) {\n var cur = cm.getCursor('head');\n if (cm.getSelection().length == 1) {\n // Small corner case when only 1 character is selected. The \"real\"\n // head is the left of head and anchor.\n cur = cursorMin(cur, cm.getCursor('anchor'));\n }\n return cur;\n }\n\n /**\n * If moveHead is set to false, the CodeMirror selection will not be\n * touched. The caller assumes the responsibility of putting the cursor\n * in the right place.\n */\n function exitVisualMode(cm, moveHead) {\n var vim = cm.state.vim;\n if (moveHead !== false) {\n cm.setCursor(clipCursorToContent(cm, vim.sel.head));\n }\n updateLastSelection(cm, vim);\n vim.visualMode = false;\n vim.visualLine = false;\n vim.visualBlock = false;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n if (vim.fakeCursor) {\n vim.fakeCursor.clear();\n }\n }\n\n // Remove any trailing newlines from the selection. For\n // example, with the caret at the start of the last word on the line,\n // 'dw' should word, but not the newline, while 'w' should advance the\n // caret to the first character of the next line.\n function clipToLine(cm, curStart, curEnd) {\n var selection = cm.getRange(curStart, curEnd);\n // Only clip if the selection ends with trailing newline + whitespace\n if (/\\n\\s*$/.test(selection)) {\n var lines = selection.split('\\n');\n // We know this is all whitepsace.\n lines.pop();\n\n // Cases:\n // 1. Last word is an empty line - do not clip the trailing '\\n'\n // 2. Last word is not an empty line - clip the trailing '\\n'\n var line;\n // Find the line containing the last word, and clip all whitespace up\n // to it.\n for (var line = lines.pop(); lines.length > 0 && line && isWhiteSpaceString(line); line = lines.pop()) {\n curEnd.line--;\n curEnd.ch = 0;\n }\n // If the last word is not an empty line, clip an additional newline\n if (line) {\n curEnd.line--;\n curEnd.ch = lineLength(cm, curEnd.line);\n } else {\n curEnd.ch = 0;\n }\n }\n }\n\n // Expand the selection to line ends.\n function expandSelectionToLine(_cm, curStart, curEnd) {\n curStart.ch = 0;\n curEnd.ch = 0;\n curEnd.line++;\n }\n\n function findFirstNonWhiteSpaceCharacter(text) {\n if (!text) {\n return 0;\n }\n var firstNonWS = text.search(/\\S/);\n return firstNonWS == -1 ? text.length : firstNonWS;\n }\n\n function expandWordUnderCursor(cm, inclusive, _forward, bigWord, noSymbol) {\n var cur = getHead(cm);\n var line = cm.getLine(cur.line);\n var idx = cur.ch;\n\n // Seek to first word or non-whitespace character, depending on if\n // noSymbol is true.\n var test = noSymbol ? wordCharTest[0] : bigWordCharTest [0];\n while (!test(line.charAt(idx))) {\n idx++;\n if (idx >= line.length) { return null; }\n }\n\n if (bigWord) {\n test = bigWordCharTest[0];\n } else {\n test = wordCharTest[0];\n if (!test(line.charAt(idx))) {\n test = wordCharTest[1];\n }\n }\n\n var end = idx, start = idx;\n while (test(line.charAt(end)) && end < line.length) { end++; }\n while (test(line.charAt(start)) && start >= 0) { start--; }\n start++;\n\n if (inclusive) {\n // If present, include all whitespace after word.\n // Otherwise, include all whitespace before word, except indentation.\n var wordEnd = end;\n while (/\\s/.test(line.charAt(end)) && end < line.length) { end++; }\n if (wordEnd == end) {\n var wordStart = start;\n while (/\\s/.test(line.charAt(start - 1)) && start > 0) { start--; }\n if (!start) { start = wordStart; }\n }\n }\n return { start: Pos(cur.line, start), end: Pos(cur.line, end) };\n }\n\n function recordJumpPosition(cm, oldCur, newCur) {\n if (!cursorEqual(oldCur, newCur)) {\n vimGlobalState.jumpList.add(cm, oldCur, newCur);\n }\n }\n\n function recordLastCharacterSearch(increment, args) {\n vimGlobalState.lastChararacterSearch.increment = increment;\n vimGlobalState.lastChararacterSearch.forward = args.forward;\n vimGlobalState.lastChararacterSearch.selectedCharacter = args.selectedCharacter;\n }\n\n var symbolToMode = {\n '(': 'bracket', ')': 'bracket', '{': 'bracket', '}': 'bracket',\n '[': 'section', ']': 'section',\n '*': 'comment', '/': 'comment',\n 'm': 'method', 'M': 'method',\n '#': 'preprocess'\n };\n var findSymbolModes = {\n bracket: {\n isComplete: function(state) {\n if (state.nextCh === state.symb) {\n state.depth++;\n if (state.depth >= 1)return true;\n } else if (state.nextCh === state.reverseSymb) {\n state.depth--;\n }\n return false;\n }\n },\n section: {\n init: function(state) {\n state.curMoveThrough = true;\n state.symb = (state.forward ? ']' : '[') === state.symb ? '{' : '}';\n },\n isComplete: function(state) {\n return state.index === 0 && state.nextCh === state.symb;\n }\n },\n comment: {\n isComplete: function(state) {\n var found = state.lastCh === '*' && state.nextCh === '/';\n state.lastCh = state.nextCh;\n return found;\n }\n },\n // TODO: The original Vim implementation only operates on level 1 and 2.\n // The current implementation doesn't check for code block level and\n // therefore it operates on any levels.\n method: {\n init: function(state) {\n state.symb = (state.symb === 'm' ? '{' : '}');\n state.reverseSymb = state.symb === '{' ? '}' : '{';\n },\n isComplete: function(state) {\n if (state.nextCh === state.symb)return true;\n return false;\n }\n },\n preprocess: {\n init: function(state) {\n state.index = 0;\n },\n isComplete: function(state) {\n if (state.nextCh === '#') {\n var token = state.lineText.match(/#(\\w+)/)[1];\n if (token === 'endif') {\n if (state.forward && state.depth === 0) {\n return true;\n }\n state.depth++;\n } else if (token === 'if') {\n if (!state.forward && state.depth === 0) {\n return true;\n }\n state.depth--;\n }\n if (token === 'else' && state.depth === 0)return true;\n }\n return false;\n }\n }\n };\n function findSymbol(cm, repeat, forward, symb) {\n var cur = copyCursor(cm.getCursor());\n var increment = forward ? 1 : -1;\n var endLine = forward ? cm.lineCount() : -1;\n var curCh = cur.ch;\n var line = cur.line;\n var lineText = cm.getLine(line);\n var state = {\n lineText: lineText,\n nextCh: lineText.charAt(curCh),\n lastCh: null,\n index: curCh,\n symb: symb,\n reverseSymb: (forward ? { ')': '(', '}': '{' } : { '(': ')', '{': '}' })[symb],\n forward: forward,\n depth: 0,\n curMoveThrough: false\n };\n var mode = symbolToMode[symb];\n if (!mode)return cur;\n var init = findSymbolModes[mode].init;\n var isComplete = findSymbolModes[mode].isComplete;\n if (init) { init(state); }\n while (line !== endLine && repeat) {\n state.index += increment;\n state.nextCh = state.lineText.charAt(state.index);\n if (!state.nextCh) {\n line += increment;\n state.lineText = cm.getLine(line) || '';\n if (increment > 0) {\n state.index = 0;\n } else {\n var lineLen = state.lineText.length;\n state.index = (lineLen > 0) ? (lineLen-1) : 0;\n }\n state.nextCh = state.lineText.charAt(state.index);\n }\n if (isComplete(state)) {\n cur.line = line;\n cur.ch = state.index;\n repeat--;\n }\n }\n if (state.nextCh || state.curMoveThrough) {\n return Pos(line, state.index);\n }\n return cur;\n }\n\n /**\n * Returns the boundaries of the next word. If the cursor in the middle of\n * the word, then returns the boundaries of the current word, starting at\n * the cursor. If the cursor is at the start/end of a word, and we are going\n * forward/backward, respectively, find the boundaries of the next word.\n *\n * @param {CodeMirror} cm CodeMirror object.\n * @param {Cursor} cur The cursor position.\n * @param {boolean} forward True to search forward. False to search\n * backward.\n * @param {boolean} bigWord True if punctuation count as part of the word.\n * False if only [a-zA-Z0-9] characters count as part of the word.\n * @param {boolean} emptyLineIsWord True if empty lines should be treated\n * as words.\n * @return {Object{from:number, to:number, line: number}} The boundaries of\n * the word, or null if there are no more words.\n */\n function findWord(cm, cur, forward, bigWord, emptyLineIsWord) {\n var lineNum = cur.line;\n var pos = cur.ch;\n var line = cm.getLine(lineNum);\n var dir = forward ? 1 : -1;\n var charTests = bigWord ? bigWordCharTest: wordCharTest;\n\n if (emptyLineIsWord && line == '') {\n lineNum += dir;\n line = cm.getLine(lineNum);\n if (!isLine(cm, lineNum)) {\n return null;\n }\n pos = (forward) ? 0 : line.length;\n }\n\n while (true) {\n if (emptyLineIsWord && line == '') {\n return { from: 0, to: 0, line: lineNum };\n }\n var stop = (dir > 0) ? line.length : -1;\n var wordStart = stop, wordEnd = stop;\n // Find bounds of next word.\n while (pos != stop) {\n var foundWord = false;\n for (var i = 0; i < charTests.length && !foundWord; ++i) {\n if (charTests[i](line.charAt(pos))) {\n wordStart = pos;\n // Advance to end of word.\n while (pos != stop && charTests[i](line.charAt(pos))) {\n pos += dir;\n }\n wordEnd = pos;\n foundWord = wordStart != wordEnd;\n if (wordStart == cur.ch && lineNum == cur.line &&\n wordEnd == wordStart + dir) {\n // We started at the end of a word. Find the next one.\n continue;\n } else {\n return {\n from: Math.min(wordStart, wordEnd + 1),\n to: Math.max(wordStart, wordEnd),\n line: lineNum };\n }\n }\n }\n if (!foundWord) {\n pos += dir;\n }\n }\n // Advance to next/prev line.\n lineNum += dir;\n if (!isLine(cm, lineNum)) {\n return null;\n }\n line = cm.getLine(lineNum);\n pos = (dir > 0) ? 0 : line.length;\n }\n // Should never get here.\n throw new Error('The impossible happened.');\n }\n\n /**\n * @param {CodeMirror} cm CodeMirror object.\n * @param {Pos} cur The position to start from.\n * @param {int} repeat Number of words to move past.\n * @param {boolean} forward True to search forward. False to search\n * backward.\n * @param {boolean} wordEnd True to move to end of word. False to move to\n * beginning of word.\n * @param {boolean} bigWord True if punctuation count as part of the word.\n * False if only alphabet characters count as part of the word.\n * @return {Cursor} The position the cursor should move to.\n */\n function moveToWord(cm, cur, repeat, forward, wordEnd, bigWord) {\n var curStart = copyCursor(cur);\n var words = [];\n if (forward && !wordEnd || !forward && wordEnd) {\n repeat++;\n }\n // For 'e', empty lines are not considered words, go figure.\n var emptyLineIsWord = !(forward && wordEnd);\n for (var i = 0; i < repeat; i++) {\n var word = findWord(cm, cur, forward, bigWord, emptyLineIsWord);\n if (!word) {\n var eodCh = lineLength(cm, cm.lastLine());\n words.push(forward\n ? {line: cm.lastLine(), from: eodCh, to: eodCh}\n : {line: 0, from: 0, to: 0});\n break;\n }\n words.push(word);\n cur = Pos(word.line, forward ? (word.to - 1) : word.from);\n }\n var shortCircuit = words.length != repeat;\n var firstWord = words[0];\n var lastWord = words.pop();\n if (forward && !wordEnd) {\n // w\n if (!shortCircuit && (firstWord.from != curStart.ch || firstWord.line != curStart.line)) {\n // We did not start in the middle of a word. Discard the extra word at the end.\n lastWord = words.pop();\n }\n return Pos(lastWord.line, lastWord.from);\n } else if (forward && wordEnd) {\n return Pos(lastWord.line, lastWord.to - 1);\n } else if (!forward && wordEnd) {\n // ge\n if (!shortCircuit && (firstWord.to != curStart.ch || firstWord.line != curStart.line)) {\n // We did not start in the middle of a word. Discard the extra word at the end.\n lastWord = words.pop();\n }\n return Pos(lastWord.line, lastWord.to);\n } else {\n // b\n return Pos(lastWord.line, lastWord.from);\n }\n }\n\n function moveToCharacter(cm, repeat, forward, character) {\n var cur = cm.getCursor();\n var start = cur.ch;\n var idx;\n for (var i = 0; i < repeat; i ++) {\n var line = cm.getLine(cur.line);\n idx = charIdxInLine(start, line, character, forward, true);\n if (idx == -1) {\n return null;\n }\n start = idx;\n }\n return Pos(cm.getCursor().line, idx);\n }\n\n function moveToColumn(cm, repeat) {\n // repeat is always >= 1, so repeat - 1 always corresponds\n // to the column we want to go to.\n var line = cm.getCursor().line;\n return clipCursorToContent(cm, Pos(line, repeat - 1));\n }\n\n function updateMark(cm, vim, markName, pos) {\n if (!inArray(markName, validMarks)) {\n return;\n }\n if (vim.marks[markName]) {\n vim.marks[markName].clear();\n }\n vim.marks[markName] = cm.setBookmark(pos);\n }\n\n function charIdxInLine(start, line, character, forward, includeChar) {\n // Search for char in line.\n // motion_options: {forward, includeChar}\n // If includeChar = true, include it too.\n // If forward = true, search forward, else search backwards.\n // If char is not found on this line, do nothing\n var idx;\n if (forward) {\n idx = line.indexOf(character, start + 1);\n if (idx != -1 && !includeChar) {\n idx -= 1;\n }\n } else {\n idx = line.lastIndexOf(character, start - 1);\n if (idx != -1 && !includeChar) {\n idx += 1;\n }\n }\n return idx;\n }\n\n function findParagraph(cm, head, repeat, dir, inclusive) {\n var line = head.line;\n var min = cm.firstLine();\n var max = cm.lastLine();\n var start, end, i = line;\n function isEmpty(i) { return !cm.getLine(i); }\n function isBoundary(i, dir, any) {\n if (any) { return isEmpty(i) != isEmpty(i + dir); }\n return !isEmpty(i) && isEmpty(i + dir);\n }\n if (dir) {\n while (min <= i && i <= max && repeat > 0) {\n if (isBoundary(i, dir)) { repeat--; }\n i += dir;\n }\n return new Pos(i, 0);\n }\n\n var vim = cm.state.vim;\n if (vim.visualLine && isBoundary(line, 1, true)) {\n var anchor = vim.sel.anchor;\n if (isBoundary(anchor.line, -1, true)) {\n if (!inclusive || anchor.line != line) {\n line += 1;\n }\n }\n }\n var startState = isEmpty(line);\n for (i = line; i <= max && repeat; i++) {\n if (isBoundary(i, 1, true)) {\n if (!inclusive || isEmpty(i) != startState) {\n repeat--;\n }\n }\n }\n end = new Pos(i, 0);\n // select boundary before paragraph for the last one\n if (i > max && !startState) { startState = true; }\n else { inclusive = false; }\n for (i = line; i > min; i--) {\n if (!inclusive || isEmpty(i) == startState || i == line) {\n if (isBoundary(i, -1, true)) { break; }\n }\n }\n start = new Pos(i, 0);\n return { start: start, end: end };\n }\n\n // TODO: perhaps this finagling of start and end positions belonds\n // in codmirror/replaceRange?\n function selectCompanionObject(cm, head, symb, inclusive) {\n var cur = head, start, end;\n\n var bracketRegexp = ({\n '(': /[()]/, ')': /[()]/,\n '[': /[[\\]]/, ']': /[[\\]]/,\n '{': /[{}]/, '}': /[{}]/})[symb];\n var openSym = ({\n '(': '(', ')': '(',\n '[': '[', ']': '[',\n '{': '{', '}': '{'})[symb];\n var curChar = cm.getLine(cur.line).charAt(cur.ch);\n // Due to the behavior of scanForBracket, we need to add an offset if the\n // cursor is on a matching open bracket.\n var offset = curChar === openSym ? 1 : 0;\n\n start = cm.scanForBracket(Pos(cur.line, cur.ch + offset), -1, null, {'bracketRegex': bracketRegexp});\n end = cm.scanForBracket(Pos(cur.line, cur.ch + offset), 1, null, {'bracketRegex': bracketRegexp});\n\n if (!start || !end) {\n return { start: cur, end: cur };\n }\n\n start = start.pos;\n end = end.pos;\n\n if ((start.line == end.line && start.ch > end.ch)\n || (start.line > end.line)) {\n var tmp = start;\n start = end;\n end = tmp;\n }\n\n if (inclusive) {\n end.ch += 1;\n } else {\n start.ch += 1;\n }\n\n return { start: start, end: end };\n }\n\n // Takes in a symbol and a cursor and tries to simulate text objects that\n // have identical opening and closing symbols\n // TODO support across multiple lines\n function findBeginningAndEnd(cm, head, symb, inclusive) {\n var cur = copyCursor(head);\n var line = cm.getLine(cur.line);\n var chars = line.split('');\n var start, end, i, len;\n var firstIndex = chars.indexOf(symb);\n\n // the decision tree is to always look backwards for the beginning first,\n // but if the cursor is in front of the first instance of the symb,\n // then move the cursor forward\n if (cur.ch < firstIndex) {\n cur.ch = firstIndex;\n // Why is this line even here???\n // cm.setCursor(cur.line, firstIndex+1);\n }\n // otherwise if the cursor is currently on the closing symbol\n else if (firstIndex < cur.ch && chars[cur.ch] == symb) {\n end = cur.ch; // assign end to the current cursor\n --cur.ch; // make sure to look backwards\n }\n\n // if we're currently on the symbol, we've got a start\n if (chars[cur.ch] == symb && !end) {\n start = cur.ch + 1; // assign start to ahead of the cursor\n } else {\n // go backwards to find the start\n for (i = cur.ch; i > -1 && !start; i--) {\n if (chars[i] == symb) {\n start = i + 1;\n }\n }\n }\n\n // look forwards for the end symbol\n if (start && !end) {\n for (i = start, len = chars.length; i < len && !end; i++) {\n if (chars[i] == symb) {\n end = i;\n }\n }\n }\n\n // nothing found\n if (!start || !end) {\n return { start: cur, end: cur };\n }\n\n // include the symbols\n if (inclusive) {\n --start; ++end;\n }\n\n return {\n start: Pos(cur.line, start),\n end: Pos(cur.line, end)\n };\n }\n\n // Search functions\n defineOption('pcre', true, 'boolean');\n function SearchState() {}\n SearchState.prototype = {\n getQuery: function() {\n return vimGlobalState.query;\n },\n setQuery: function(query) {\n vimGlobalState.query = query;\n },\n getOverlay: function() {\n return this.searchOverlay;\n },\n setOverlay: function(overlay) {\n this.searchOverlay = overlay;\n },\n isReversed: function() {\n return vimGlobalState.isReversed;\n },\n setReversed: function(reversed) {\n vimGlobalState.isReversed = reversed;\n },\n getScrollbarAnnotate: function() {\n return this.annotate;\n },\n setScrollbarAnnotate: function(annotate) {\n this.annotate = annotate;\n }\n };\n function getSearchState(cm) {\n var vim = cm.state.vim;\n return vim.searchState_ || (vim.searchState_ = new SearchState());\n }\n function dialog(cm, template, shortText, onClose, options) {\n if (cm.openDialog) {\n cm.openDialog(template, onClose, { bottom: true, value: options.value,\n onKeyDown: options.onKeyDown, onKeyUp: options.onKeyUp,\n selectValueOnOpen: false});\n }\n else {\n onClose(prompt(shortText, ''));\n }\n }\n function splitBySlash(argString) {\n var slashes = findUnescapedSlashes(argString) || [];\n if (!slashes.length) return [];\n var tokens = [];\n // in case of strings like foo/bar\n if (slashes[0] !== 0) return;\n for (var i = 0; i < slashes.length; i++) {\n if (typeof slashes[i] == 'number')\n tokens.push(argString.substring(slashes[i] + 1, slashes[i+1]));\n }\n return tokens;\n }\n\n function findUnescapedSlashes(str) {\n var escapeNextChar = false;\n var slashes = [];\n for (var i = 0; i < str.length; i++) {\n var c = str.charAt(i);\n if (!escapeNextChar && c == '/') {\n slashes.push(i);\n }\n escapeNextChar = !escapeNextChar && (c == '\\\\');\n }\n return slashes;\n }\n\n // Translates a search string from ex (vim) syntax into javascript form.\n function translateRegex(str) {\n // When these match, add a '\\' if unescaped or remove one if escaped.\n var specials = '|(){';\n // Remove, but never add, a '\\' for these.\n var unescape = '}';\n var escapeNextChar = false;\n var out = [];\n for (var i = -1; i < str.length; i++) {\n var c = str.charAt(i) || '';\n var n = str.charAt(i+1) || '';\n var specialComesNext = (n && specials.indexOf(n) != -1);\n if (escapeNextChar) {\n if (c !== '\\\\' || !specialComesNext) {\n out.push(c);\n }\n escapeNextChar = false;\n } else {\n if (c === '\\\\') {\n escapeNextChar = true;\n // Treat the unescape list as special for removing, but not adding '\\'.\n if (n && unescape.indexOf(n) != -1) {\n specialComesNext = true;\n }\n // Not passing this test means removing a '\\'.\n if (!specialComesNext || n === '\\\\') {\n out.push(c);\n }\n } else {\n out.push(c);\n if (specialComesNext && n !== '\\\\') {\n out.push('\\\\');\n }\n }\n }\n }\n return out.join('');\n }\n\n // Translates the replace part of a search and replace from ex (vim) syntax into\n // javascript form. Similar to translateRegex, but additionally fixes back references\n // (translates '\\[0..9]' to '$[0..9]') and follows different rules for escaping '$'.\n var charUnescapes = {'\\\\n': '\\n', '\\\\r': '\\r', '\\\\t': '\\t'};\n function translateRegexReplace(str) {\n var escapeNextChar = false;\n var out = [];\n for (var i = -1; i < str.length; i++) {\n var c = str.charAt(i) || '';\n var n = str.charAt(i+1) || '';\n if (charUnescapes[c + n]) {\n out.push(charUnescapes[c+n]);\n i++;\n } else if (escapeNextChar) {\n // At any point in the loop, escapeNextChar is true if the previous\n // character was a '\\' and was not escaped.\n out.push(c);\n escapeNextChar = false;\n } else {\n if (c === '\\\\') {\n escapeNextChar = true;\n if ((isNumber(n) || n === '$')) {\n out.push('$');\n } else if (n !== '/' && n !== '\\\\') {\n out.push('\\\\');\n }\n } else {\n if (c === '$') {\n out.push('$');\n }\n out.push(c);\n if (n === '/') {\n out.push('\\\\');\n }\n }\n }\n }\n return out.join('');\n }\n\n // Unescape \\ and / in the replace part, for PCRE mode.\n var unescapes = {'\\\\/': '/', '\\\\\\\\': '\\\\', '\\\\n': '\\n', '\\\\r': '\\r', '\\\\t': '\\t'};\n function unescapeRegexReplace(str) {\n var stream = new CodeMirror.StringStream(str);\n var output = [];\n while (!stream.eol()) {\n // Search for \\.\n while (stream.peek() && stream.peek() != '\\\\') {\n output.push(stream.next());\n }\n var matched = false;\n for (var matcher in unescapes) {\n if (stream.match(matcher, true)) {\n matched = true;\n output.push(unescapes[matcher]);\n break;\n }\n }\n if (!matched) {\n // Don't change anything\n output.push(stream.next());\n }\n }\n return output.join('');\n }\n\n /**\n * Extract the regular expression from the query and return a Regexp object.\n * Returns null if the query is blank.\n * If ignoreCase is passed in, the Regexp object will have the 'i' flag set.\n * If smartCase is passed in, and the query contains upper case letters,\n * then ignoreCase is overridden, and the 'i' flag will not be set.\n * If the query contains the /i in the flag part of the regular expression,\n * then both ignoreCase and smartCase are ignored, and 'i' will be passed\n * through to the Regex object.\n */\n function parseQuery(query, ignoreCase, smartCase) {\n // First update the last search register\n var lastSearchRegister = vimGlobalState.registerController.getRegister('/');\n lastSearchRegister.setText(query);\n // Check if the query is already a regex.\n if (query instanceof RegExp) { return query; }\n // First try to extract regex + flags from the input. If no flags found,\n // extract just the regex. IE does not accept flags directly defined in\n // the regex string in the form /regex/flags\n var slashes = findUnescapedSlashes(query);\n var regexPart;\n var forceIgnoreCase;\n if (!slashes.length) {\n // Query looks like 'regexp'\n regexPart = query;\n } else {\n // Query looks like 'regexp/...'\n regexPart = query.substring(0, slashes[0]);\n var flagsPart = query.substring(slashes[0]);\n forceIgnoreCase = (flagsPart.indexOf('i') != -1);\n }\n if (!regexPart) {\n return null;\n }\n if (!getOption('pcre')) {\n regexPart = translateRegex(regexPart);\n }\n if (smartCase) {\n ignoreCase = (/^[^A-Z]*$/).test(regexPart);\n }\n var regexp = new RegExp(regexPart,\n (ignoreCase || forceIgnoreCase) ? 'i' : undefined);\n return regexp;\n }\n function showConfirm(cm, text) {\n if (cm.openNotification) {\n cm.openNotification('<span style=\"color: red\">' + text + '</span>',\n {bottom: true, duration: 5000});\n } else {\n alert(text);\n }\n }\n function makePrompt(prefix, desc) {\n var raw = '';\n if (prefix) {\n raw += '<span style=\"font-family: monospace\">' + prefix + '</span>';\n }\n raw += '<input type=\"text\"/> ' +\n '<span style=\"color: #888\">';\n if (desc) {\n raw += '<span style=\"color: #888\">';\n raw += desc;\n raw += '</span>';\n }\n return raw;\n }\n var searchPromptDesc = '(Javascript regexp)';\n function showPrompt(cm, options) {\n var shortText = (options.prefix || '') + ' ' + (options.desc || '');\n var prompt = makePrompt(options.prefix, options.desc);\n dialog(cm, prompt, shortText, options.onClose, options);\n }\n function regexEqual(r1, r2) {\n if (r1 instanceof RegExp && r2 instanceof RegExp) {\n var props = ['global', 'multiline', 'ignoreCase', 'source'];\n for (var i = 0; i < props.length; i++) {\n var prop = props[i];\n if (r1[prop] !== r2[prop]) {\n return false;\n }\n }\n return true;\n }\n return false;\n }\n // Returns true if the query is valid.\n function updateSearchQuery(cm, rawQuery, ignoreCase, smartCase) {\n if (!rawQuery) {\n return;\n }\n var state = getSearchState(cm);\n var query = parseQuery(rawQuery, !!ignoreCase, !!smartCase);\n if (!query) {\n return;\n }\n highlightSearchMatches(cm, query);\n if (regexEqual(query, state.getQuery())) {\n return query;\n }\n state.setQuery(query);\n return query;\n }\n function searchOverlay(query) {\n if (query.source.charAt(0) == '^') {\n var matchSol = true;\n }\n return {\n token: function(stream) {\n if (matchSol && !stream.sol()) {\n stream.skipToEnd();\n return;\n }\n var match = stream.match(query, false);\n if (match) {\n if (match[0].length == 0) {\n // Matched empty string, skip to next.\n stream.next();\n return 'searching';\n }\n if (!stream.sol()) {\n // Backtrack 1 to match \\b\n stream.backUp(1);\n if (!query.exec(stream.next() + match[0])) {\n stream.next();\n return null;\n }\n }\n stream.match(query);\n return 'searching';\n }\n while (!stream.eol()) {\n stream.next();\n if (stream.match(query, false)) break;\n }\n },\n query: query\n };\n }\n function highlightSearchMatches(cm, query) {\n var searchState = getSearchState(cm);\n var overlay = searchState.getOverlay();\n if (!overlay || query != overlay.query) {\n if (overlay) {\n cm.removeOverlay(overlay);\n }\n overlay = searchOverlay(query);\n cm.addOverlay(overlay);\n if (cm.showMatchesOnScrollbar) {\n if (searchState.getScrollbarAnnotate()) {\n searchState.getScrollbarAnnotate().clear();\n }\n searchState.setScrollbarAnnotate(cm.showMatchesOnScrollbar(query));\n }\n searchState.setOverlay(overlay);\n }\n }\n function findNext(cm, prev, query, repeat) {\n if (repeat === undefined) { repeat = 1; }\n return cm.operation(function() {\n var pos = cm.getCursor();\n var cursor = cm.getSearchCursor(query, pos);\n for (var i = 0; i < repeat; i++) {\n var found = cursor.find(prev);\n if (i == 0 && found && cursorEqual(cursor.from(), pos)) { found = cursor.find(prev); }\n if (!found) {\n // SearchCursor may have returned null because it hit EOF, wrap\n // around and try again.\n cursor = cm.getSearchCursor(query,\n (prev) ? Pos(cm.lastLine()) : Pos(cm.firstLine(), 0) );\n if (!cursor.find(prev)) {\n return;\n }\n }\n }\n return cursor.from();\n });\n }\n function clearSearchHighlight(cm) {\n var state = getSearchState(cm);\n cm.removeOverlay(getSearchState(cm).getOverlay());\n state.setOverlay(null);\n if (state.getScrollbarAnnotate()) {\n state.getScrollbarAnnotate().clear();\n state.setScrollbarAnnotate(null);\n }\n }\n /**\n * Check if pos is in the specified range, INCLUSIVE.\n * Range can be specified with 1 or 2 arguments.\n * If the first range argument is an array, treat it as an array of line\n * numbers. Match pos against any of the lines.\n * If the first range argument is a number,\n * if there is only 1 range argument, check if pos has the same line\n * number\n * if there are 2 range arguments, then check if pos is in between the two\n * range arguments.\n */\n function isInRange(pos, start, end) {\n if (typeof pos != 'number') {\n // Assume it is a cursor position. Get the line number.\n pos = pos.line;\n }\n if (start instanceof Array) {\n return inArray(pos, start);\n } else {\n if (end) {\n return (pos >= start && pos <= end);\n } else {\n return pos == start;\n }\n }\n }\n function getUserVisibleLines(cm) {\n var scrollInfo = cm.getScrollInfo();\n var occludeToleranceTop = 6;\n var occludeToleranceBottom = 10;\n var from = cm.coordsChar({left:0, top: occludeToleranceTop + scrollInfo.top}, 'local');\n var bottomY = scrollInfo.clientHeight - occludeToleranceBottom + scrollInfo.top;\n var to = cm.coordsChar({left:0, top: bottomY}, 'local');\n return {top: from.line, bottom: to.line};\n }\n\n var ExCommandDispatcher = function() {\n this.buildCommandMap_();\n };\n ExCommandDispatcher.prototype = {\n processCommand: function(cm, input, opt_params) {\n var that = this;\n cm.operation(function () {\n cm.curOp.isVimOp = true;\n that._processCommand(cm, input, opt_params);\n });\n },\n _processCommand: function(cm, input, opt_params) {\n var vim = cm.state.vim;\n var commandHistoryRegister = vimGlobalState.registerController.getRegister(':');\n var previousCommand = commandHistoryRegister.toString();\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n var inputStream = new CodeMirror.StringStream(input);\n // update \": with the latest command whether valid or invalid\n commandHistoryRegister.setText(input);\n var params = opt_params || {};\n params.input = input;\n try {\n this.parseInput_(cm, inputStream, params);\n } catch(e) {\n showConfirm(cm, e);\n throw e;\n }\n var command;\n var commandName;\n if (!params.commandName) {\n // If only a line range is defined, move to the line.\n if (params.line !== undefined) {\n commandName = 'move';\n }\n } else {\n command = this.matchCommand_(params.commandName);\n if (command) {\n commandName = command.name;\n if (command.excludeFromCommandHistory) {\n commandHistoryRegister.setText(previousCommand);\n }\n this.parseCommandArgs_(inputStream, params, command);\n if (command.type == 'exToKey') {\n // Handle Ex to Key mapping.\n for (var i = 0; i < command.toKeys.length; i++) {\n CodeMirror.Vim.handleKey(cm, command.toKeys[i], 'mapping');\n }\n return;\n } else if (command.type == 'exToEx') {\n // Handle Ex to Ex mapping.\n this.processCommand(cm, command.toInput);\n return;\n }\n }\n }\n if (!commandName) {\n showConfirm(cm, 'Not an editor command \":' + input + '\"');\n return;\n }\n try {\n exCommands[commandName](cm, params);\n // Possibly asynchronous commands (e.g. substitute, which might have a\n // user confirmation), are responsible for calling the callback when\n // done. All others have it taken care of for them here.\n if ((!command || !command.possiblyAsync) && params.callback) {\n params.callback();\n }\n } catch(e) {\n showConfirm(cm, e);\n throw e;\n }\n },\n parseInput_: function(cm, inputStream, result) {\n inputStream.eatWhile(':');\n // Parse range.\n if (inputStream.eat('%')) {\n result.line = cm.firstLine();\n result.lineEnd = cm.lastLine();\n } else {\n result.line = this.parseLineSpec_(cm, inputStream);\n if (result.line !== undefined && inputStream.eat(',')) {\n result.lineEnd = this.parseLineSpec_(cm, inputStream);\n }\n }\n\n // Parse command name.\n var commandMatch = inputStream.match(/^(\\w+)/);\n if (commandMatch) {\n result.commandName = commandMatch[1];\n } else {\n result.commandName = inputStream.match(/.*/)[0];\n }\n\n return result;\n },\n parseLineSpec_: function(cm, inputStream) {\n var numberMatch = inputStream.match(/^(\\d+)/);\n if (numberMatch) {\n return parseInt(numberMatch[1], 10) - 1;\n }\n switch (inputStream.next()) {\n case '.':\n return cm.getCursor().line;\n case '$':\n return cm.lastLine();\n case '\\'':\n var mark = cm.state.vim.marks[inputStream.next()];\n if (mark && mark.find()) {\n return mark.find().line;\n }\n throw new Error('Mark not set');\n default:\n inputStream.backUp(1);\n return undefined;\n }\n },\n parseCommandArgs_: function(inputStream, params, command) {\n if (inputStream.eol()) {\n return;\n }\n params.argString = inputStream.match(/.*/)[0];\n // Parse command-line arguments\n var delim = command.argDelimiter || /\\s+/;\n var args = trim(params.argString).split(delim);\n if (args.length && args[0]) {\n params.args = args;\n }\n },\n matchCommand_: function(commandName) {\n // Return the command in the command map that matches the shortest\n // prefix of the passed in command name. The match is guaranteed to be\n // unambiguous if the defaultExCommandMap's shortNames are set up\n // correctly. (see @code{defaultExCommandMap}).\n for (var i = commandName.length; i > 0; i--) {\n var prefix = commandName.substring(0, i);\n if (this.commandMap_[prefix]) {\n var command = this.commandMap_[prefix];\n if (command.name.indexOf(commandName) === 0) {\n return command;\n }\n }\n }\n return null;\n },\n buildCommandMap_: function() {\n this.commandMap_ = {};\n for (var i = 0; i < defaultExCommandMap.length; i++) {\n var command = defaultExCommandMap[i];\n var key = command.shortName || command.name;\n this.commandMap_[key] = command;\n }\n },\n map: function(lhs, rhs, ctx) {\n if (lhs != ':' && lhs.charAt(0) == ':') {\n if (ctx) { throw Error('Mode not supported for ex mappings'); }\n var commandName = lhs.substring(1);\n if (rhs != ':' && rhs.charAt(0) == ':') {\n // Ex to Ex mapping\n this.commandMap_[commandName] = {\n name: commandName,\n type: 'exToEx',\n toInput: rhs.substring(1),\n user: true\n };\n } else {\n // Ex to key mapping\n this.commandMap_[commandName] = {\n name: commandName,\n type: 'exToKey',\n toKeys: rhs,\n user: true\n };\n }\n } else {\n if (rhs != ':' && rhs.charAt(0) == ':') {\n // Key to Ex mapping.\n var mapping = {\n keys: lhs,\n type: 'keyToEx',\n exArgs: { input: rhs.substring(1) },\n user: true};\n if (ctx) { mapping.context = ctx; }\n defaultKeymap.unshift(mapping);\n } else {\n // Key to key mapping\n var mapping = {\n keys: lhs,\n type: 'keyToKey',\n toKeys: rhs,\n user: true\n };\n if (ctx) { mapping.context = ctx; }\n defaultKeymap.unshift(mapping);\n }\n }\n },\n unmap: function(lhs, ctx) {\n if (lhs != ':' && lhs.charAt(0) == ':') {\n // Ex to Ex or Ex to key mapping\n if (ctx) { throw Error('Mode not supported for ex mappings'); }\n var commandName = lhs.substring(1);\n if (this.commandMap_[commandName] && this.commandMap_[commandName].user) {\n delete this.commandMap_[commandName];\n return;\n }\n } else {\n // Key to Ex or key to key mapping\n var keys = lhs;\n for (var i = 0; i < defaultKeymap.length; i++) {\n if (keys == defaultKeymap[i].keys\n && defaultKeymap[i].context === ctx\n && defaultKeymap[i].user) {\n defaultKeymap.splice(i, 1);\n return;\n }\n }\n }\n throw Error('No such mapping.');\n }\n };\n\n var exCommands = {\n colorscheme: function(cm, params) {\n if (!params.args || params.args.length < 1) {\n showConfirm(cm, cm.getOption('theme'));\n return;\n }\n cm.setOption('theme', params.args[0]);\n },\n map: function(cm, params, ctx) {\n var mapArgs = params.args;\n if (!mapArgs || mapArgs.length < 2) {\n if (cm) {\n showConfirm(cm, 'Invalid mapping: ' + params.input);\n }\n return;\n }\n exCommandDispatcher.map(mapArgs[0], mapArgs[1], ctx);\n },\n imap: function(cm, params) { this.map(cm, params, 'insert'); },\n nmap: function(cm, params) { this.map(cm, params, 'normal'); },\n vmap: function(cm, params) { this.map(cm, params, 'visual'); },\n unmap: function(cm, params, ctx) {\n var mapArgs = params.args;\n if (!mapArgs || mapArgs.length < 1) {\n if (cm) {\n showConfirm(cm, 'No such mapping: ' + params.input);\n }\n return;\n }\n exCommandDispatcher.unmap(mapArgs[0], ctx);\n },\n move: function(cm, params) {\n commandDispatcher.processCommand(cm, cm.state.vim, {\n type: 'motion',\n motion: 'moveToLineOrEdgeOfDocument',\n motionArgs: { forward: false, explicitRepeat: true,\n linewise: true },\n repeatOverride: params.line+1});\n },\n set: function(cm, params) {\n var setArgs = params.args;\n // Options passed through to the setOption/getOption calls. May be passed in by the\n // local/global versions of the set command\n var setCfg = params.setCfg || {};\n if (!setArgs || setArgs.length < 1) {\n if (cm) {\n showConfirm(cm, 'Invalid mapping: ' + params.input);\n }\n return;\n }\n var expr = setArgs[0].split('=');\n var optionName = expr[0];\n var value = expr[1];\n var forceGet = false;\n\n if (optionName.charAt(optionName.length - 1) == '?') {\n // If post-fixed with ?, then the set is actually a get.\n if (value) { throw Error('Trailing characters: ' + params.argString); }\n optionName = optionName.substring(0, optionName.length - 1);\n forceGet = true;\n }\n if (value === undefined && optionName.substring(0, 2) == 'no') {\n // To set boolean options to false, the option name is prefixed with\n // 'no'.\n optionName = optionName.substring(2);\n value = false;\n }\n\n var optionIsBoolean = options[optionName] && options[optionName].type == 'boolean';\n if (optionIsBoolean && value == undefined) {\n // Calling set with a boolean option sets it to true.\n value = true;\n }\n // If no value is provided, then we assume this is a get.\n if (!optionIsBoolean && value === undefined || forceGet) {\n var oldValue = getOption(optionName, cm, setCfg);\n if (oldValue === true || oldValue === false) {\n showConfirm(cm, ' ' + (oldValue ? '' : 'no') + optionName);\n } else {\n showConfirm(cm, ' ' + optionName + '=' + oldValue);\n }\n } else {\n setOption(optionName, value, cm, setCfg);\n }\n },\n setlocal: function (cm, params) {\n // setCfg is passed through to setOption\n params.setCfg = {scope: 'local'};\n this.set(cm, params);\n },\n setglobal: function (cm, params) {\n // setCfg is passed through to setOption\n params.setCfg = {scope: 'global'};\n this.set(cm, params);\n },\n registers: function(cm, params) {\n var regArgs = params.args;\n var registers = vimGlobalState.registerController.registers;\n var regInfo = '----------Registers----------<br><br>';\n if (!regArgs) {\n for (var registerName in registers) {\n var text = registers[registerName].toString();\n if (text.length) {\n regInfo += '\"' + registerName + ' ' + text + '<br>';\n }\n }\n } else {\n var registerName;\n regArgs = regArgs.join('');\n for (var i = 0; i < regArgs.length; i++) {\n registerName = regArgs.charAt(i);\n if (!vimGlobalState.registerController.isValidRegister(registerName)) {\n continue;\n }\n var register = registers[registerName] || new Register();\n regInfo += '\"' + registerName + ' ' + register.toString() + '<br>';\n }\n }\n showConfirm(cm, regInfo);\n },\n sort: function(cm, params) {\n var reverse, ignoreCase, unique, number;\n function parseArgs() {\n if (params.argString) {\n var args = new CodeMirror.StringStream(params.argString);\n if (args.eat('!')) { reverse = true; }\n if (args.eol()) { return; }\n if (!args.eatSpace()) { return 'Invalid arguments'; }\n var opts = args.match(/[a-z]+/);\n if (opts) {\n opts = opts[0];\n ignoreCase = opts.indexOf('i') != -1;\n unique = opts.indexOf('u') != -1;\n var decimal = opts.indexOf('d') != -1 && 1;\n var hex = opts.indexOf('x') != -1 && 1;\n var octal = opts.indexOf('o') != -1 && 1;\n if (decimal + hex + octal > 1) { return 'Invalid arguments'; }\n number = decimal && 'decimal' || hex && 'hex' || octal && 'octal';\n }\n if (args.match(/\\/.*\\//)) { return 'patterns not supported'; }\n }\n }\n var err = parseArgs();\n if (err) {\n showConfirm(cm, err + ': ' + params.argString);\n return;\n }\n var lineStart = params.line || cm.firstLine();\n var lineEnd = params.lineEnd || params.line || cm.lastLine();\n if (lineStart == lineEnd) { return; }\n var curStart = Pos(lineStart, 0);\n var curEnd = Pos(lineEnd, lineLength(cm, lineEnd));\n var text = cm.getRange(curStart, curEnd).split('\\n');\n var numberRegex = (number == 'decimal') ? /(-?)([\\d]+)/ :\n (number == 'hex') ? /(-?)(?:0x)?([0-9a-f]+)/i :\n (number == 'octal') ? /([0-7]+)/ : null;\n var radix = (number == 'decimal') ? 10 : (number == 'hex') ? 16 : (number == 'octal') ? 8 : null;\n var numPart = [], textPart = [];\n if (number) {\n for (var i = 0; i < text.length; i++) {\n if (numberRegex.exec(text[i])) {\n numPart.push(text[i]);\n } else {\n textPart.push(text[i]);\n }\n }\n } else {\n textPart = text;\n }\n function compareFn(a, b) {\n if (reverse) { var tmp; tmp = a; a = b; b = tmp; }\n if (ignoreCase) { a = a.toLowerCase(); b = b.toLowerCase(); }\n var anum = number && numberRegex.exec(a);\n var bnum = number && numberRegex.exec(b);\n if (!anum) { return a < b ? -1 : 1; }\n anum = parseInt((anum[1] + anum[2]).toLowerCase(), radix);\n bnum = parseInt((bnum[1] + bnum[2]).toLowerCase(), radix);\n return anum - bnum;\n }\n numPart.sort(compareFn);\n textPart.sort(compareFn);\n text = (!reverse) ? textPart.concat(numPart) : numPart.concat(textPart);\n if (unique) { // Remove duplicate lines\n var textOld = text;\n var lastLine;\n text = [];\n for (var i = 0; i < textOld.length; i++) {\n if (textOld[i] != lastLine) {\n text.push(textOld[i]);\n }\n lastLine = textOld[i];\n }\n }\n cm.replaceRange(text.join('\\n'), curStart, curEnd);\n },\n global: function(cm, params) {\n // a global command is of the form\n // :[range]g/pattern/[cmd]\n // argString holds the string /pattern/[cmd]\n var argString = params.argString;\n if (!argString) {\n showConfirm(cm, 'Regular Expression missing from global');\n return;\n }\n // range is specified here\n var lineStart = (params.line !== undefined) ? params.line : cm.firstLine();\n var lineEnd = params.lineEnd || params.line || cm.lastLine();\n // get the tokens from argString\n var tokens = splitBySlash(argString);\n var regexPart = argString, cmd;\n if (tokens.length) {\n regexPart = tokens[0];\n cmd = tokens.slice(1, tokens.length).join('/');\n }\n if (regexPart) {\n // If regex part is empty, then use the previous query. Otherwise\n // use the regex part as the new query.\n try {\n updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n true /** smartCase */);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + regexPart);\n return;\n }\n }\n // now that we have the regexPart, search for regex matches in the\n // specified range of lines\n var query = getSearchState(cm).getQuery();\n var matchedLines = [], content = '';\n for (var i = lineStart; i <= lineEnd; i++) {\n var matched = query.test(cm.getLine(i));\n if (matched) {\n matchedLines.push(i+1);\n content+= cm.getLine(i) + '<br>';\n }\n }\n // if there is no [cmd], just display the list of matched lines\n if (!cmd) {\n showConfirm(cm, content);\n return;\n }\n var index = 0;\n var nextCommand = function() {\n if (index < matchedLines.length) {\n var command = matchedLines[index] + cmd;\n exCommandDispatcher.processCommand(cm, command, {\n callback: nextCommand\n });\n }\n index++;\n };\n nextCommand();\n },\n substitute: function(cm, params) {\n if (!cm.getSearchCursor) {\n throw new Error('Search feature not available. Requires searchcursor.js or ' +\n 'any other getSearchCursor implementation.');\n }\n var argString = params.argString;\n var tokens = argString ? splitBySlash(argString) : [];\n var regexPart, replacePart = '', trailing, flagsPart, count;\n var confirm = false; // Whether to confirm each replace.\n var global = false; // True to replace all instances on a line, false to replace only 1.\n if (tokens.length) {\n regexPart = tokens[0];\n replacePart = tokens[1];\n if (replacePart !== undefined) {\n if (getOption('pcre')) {\n replacePart = unescapeRegexReplace(replacePart);\n } else {\n replacePart = translateRegexReplace(replacePart);\n }\n vimGlobalState.lastSubstituteReplacePart = replacePart;\n }\n trailing = tokens[2] ? tokens[2].split(' ') : [];\n } else {\n // either the argString is empty or its of the form ' hello/world'\n // actually splitBySlash returns a list of tokens\n // only if the string starts with a '/'\n if (argString && argString.length) {\n showConfirm(cm, 'Substitutions should be of the form ' +\n ':s/pattern/replace/');\n return;\n }\n }\n // After the 3rd slash, we can have flags followed by a space followed\n // by count.\n if (trailing) {\n flagsPart = trailing[0];\n count = parseInt(trailing[1]);\n if (flagsPart) {\n if (flagsPart.indexOf('c') != -1) {\n confirm = true;\n flagsPart.replace('c', '');\n }\n if (flagsPart.indexOf('g') != -1) {\n global = true;\n flagsPart.replace('g', '');\n }\n regexPart = regexPart + '/' + flagsPart;\n }\n }\n if (regexPart) {\n // If regex part is empty, then use the previous query. Otherwise use\n // the regex part as the new query.\n try {\n updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n true /** smartCase */);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + regexPart);\n return;\n }\n }\n replacePart = replacePart || vimGlobalState.lastSubstituteReplacePart;\n if (replacePart === undefined) {\n showConfirm(cm, 'No previous substitute regular expression');\n return;\n }\n var state = getSearchState(cm);\n var query = state.getQuery();\n var lineStart = (params.line !== undefined) ? params.line : cm.getCursor().line;\n var lineEnd = params.lineEnd || lineStart;\n if (lineStart == cm.firstLine() && lineEnd == cm.lastLine()) {\n lineEnd = Infinity;\n }\n if (count) {\n lineStart = lineEnd;\n lineEnd = lineStart + count - 1;\n }\n var startPos = clipCursorToContent(cm, Pos(lineStart, 0));\n var cursor = cm.getSearchCursor(query, startPos);\n doReplace(cm, confirm, global, lineStart, lineEnd, cursor, query, replacePart, params.callback);\n },\n redo: CodeMirror.commands.redo,\n undo: CodeMirror.commands.undo,\n write: function(cm) {\n if (CodeMirror.commands.save) {\n // If a save command is defined, call it.\n CodeMirror.commands.save(cm);\n } else {\n // Saves to text area if no save command is defined.\n cm.save();\n }\n },\n nohlsearch: function(cm) {\n clearSearchHighlight(cm);\n },\n delmarks: function(cm, params) {\n if (!params.argString || !trim(params.argString)) {\n showConfirm(cm, 'Argument required');\n return;\n }\n\n var state = cm.state.vim;\n var stream = new CodeMirror.StringStream(trim(params.argString));\n while (!stream.eol()) {\n stream.eatSpace();\n\n // Record the streams position at the beginning of the loop for use\n // in error messages.\n var count = stream.pos;\n\n if (!stream.match(/[a-zA-Z]/, false)) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n var sym = stream.next();\n // Check if this symbol is part of a range\n if (stream.match('-', true)) {\n // This symbol is part of a range.\n\n // The range must terminate at an alphabetic character.\n if (!stream.match(/[a-zA-Z]/, false)) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n var startMark = sym;\n var finishMark = stream.next();\n // The range must terminate at an alphabetic character which\n // shares the same case as the start of the range.\n if (isLowerCase(startMark) && isLowerCase(finishMark) ||\n isUpperCase(startMark) && isUpperCase(finishMark)) {\n var start = startMark.charCodeAt(0);\n var finish = finishMark.charCodeAt(0);\n if (start >= finish) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n // Because marks are always ASCII values, and we have\n // determined that they are the same case, we can use\n // their char codes to iterate through the defined range.\n for (var j = 0; j <= finish - start; j++) {\n var mark = String.fromCharCode(start + j);\n delete state.marks[mark];\n }\n } else {\n showConfirm(cm, 'Invalid argument: ' + startMark + '-');\n return;\n }\n } else {\n // This symbol is a valid mark, and is not part of a range.\n delete state.marks[sym];\n }\n }\n }\n };\n\n var exCommandDispatcher = new ExCommandDispatcher();\n\n /**\n * @param {CodeMirror} cm CodeMirror instance we are in.\n * @param {boolean} confirm Whether to confirm each replace.\n * @param {Cursor} lineStart Line to start replacing from.\n * @param {Cursor} lineEnd Line to stop replacing at.\n * @param {RegExp} query Query for performing matches with.\n * @param {string} replaceWith Text to replace matches with. May contain $1,\n * $2, etc for replacing captured groups using Javascript replace.\n * @param {function()} callback A callback for when the replace is done.\n */\n function doReplace(cm, confirm, global, lineStart, lineEnd, searchCursor, query,\n replaceWith, callback) {\n // Set up all the functions.\n cm.state.vim.exMode = true;\n var done = false;\n var lastPos = searchCursor.from();\n function replaceAll() {\n cm.operation(function() {\n while (!done) {\n replace();\n next();\n }\n stop();\n });\n }\n function replace() {\n var text = cm.getRange(searchCursor.from(), searchCursor.to());\n var newText = text.replace(query, replaceWith);\n searchCursor.replace(newText);\n }\n function next() {\n // The below only loops to skip over multiple occurrences on the same\n // line when 'global' is not true.\n while(searchCursor.findNext() &&\n isInRange(searchCursor.from(), lineStart, lineEnd)) {\n if (!global && lastPos && searchCursor.from().line == lastPos.line) {\n continue;\n }\n cm.scrollIntoView(searchCursor.from(), 30);\n cm.setSelection(searchCursor.from(), searchCursor.to());\n lastPos = searchCursor.from();\n done = false;\n return;\n }\n done = true;\n }\n function stop(close) {\n if (close) { close(); }\n cm.focus();\n if (lastPos) {\n cm.setCursor(lastPos);\n var vim = cm.state.vim;\n vim.exMode = false;\n vim.lastHPos = vim.lastHSPos = lastPos.ch;\n }\n if (callback) { callback(); }\n }\n function onPromptKeyDown(e, _value, close) {\n // Swallow all keys.\n CodeMirror.e_stop(e);\n var keyName = CodeMirror.keyName(e);\n switch (keyName) {\n case 'Y':\n replace(); next(); break;\n case 'N':\n next(); break;\n case 'A':\n // replaceAll contains a call to close of its own. We don't want it\n // to fire too early or multiple times.\n var savedCallback = callback;\n callback = undefined;\n cm.operation(replaceAll);\n callback = savedCallback;\n break;\n case 'L':\n replace();\n // fall through and exit.\n case 'Q':\n case 'Esc':\n case 'Ctrl-C':\n case 'Ctrl-[':\n stop(close);\n break;\n }\n if (done) { stop(close); }\n return true;\n }\n\n // Actually do replace.\n next();\n if (done) {\n showConfirm(cm, 'No matches for ' + query.source);\n return;\n }\n if (!confirm) {\n replaceAll();\n if (callback) { callback(); };\n return;\n }\n showPrompt(cm, {\n prefix: 'replace with <strong>' + replaceWith + '</strong> (y/n/a/q/l)',\n onKeyDown: onPromptKeyDown\n });\n }\n\n CodeMirror.keyMap.vim = {\n attach: attachVimMap,\n detach: detachVimMap,\n call: cmKey\n };\n\n function exitInsertMode(cm) {\n var vim = cm.state.vim;\n var macroModeState = vimGlobalState.macroModeState;\n var insertModeChangeRegister = vimGlobalState.registerController.getRegister('.');\n var isPlaying = macroModeState.isPlaying;\n var lastChange = macroModeState.lastInsertModeChanges;\n // In case of visual block, the insertModeChanges are not saved as a\n // single word, so we convert them to a single word\n // so as to update the \". register as expected in real vim.\n var text = [];\n if (!isPlaying) {\n var selLength = lastChange.inVisualBlock ? vim.lastSelection.visualBlock.height : 1;\n var changes = lastChange.changes;\n var text = [];\n var i = 0;\n // In case of multiple selections in blockwise visual,\n // the inserted text, for example: 'f<Backspace>oo', is stored as\n // 'f', 'f', InsertModeKey 'o', 'o', 'o', 'o'. (if you have a block with 2 lines).\n // We push the contents of the changes array as per the following:\n // 1. In case of InsertModeKey, just increment by 1.\n // 2. In case of a character, jump by selLength (2 in the example).\n while (i < changes.length) {\n // This loop will convert 'ff<bs>oooo' to 'f<bs>oo'.\n text.push(changes[i]);\n if (changes[i] instanceof InsertModeKey) {\n i++;\n } else {\n i+= selLength;\n }\n }\n lastChange.changes = text;\n cm.off('change', onChange);\n CodeMirror.off(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n }\n if (!isPlaying && vim.insertModeRepeat > 1) {\n // Perform insert mode repeat for commands like 3,a and 3,o.\n repeatLastEdit(cm, vim, vim.insertModeRepeat - 1,\n true /** repeatForInsert */);\n vim.lastEditInputState.repeatOverride = vim.insertModeRepeat;\n }\n delete vim.insertModeRepeat;\n vim.insertMode = false;\n cm.setCursor(cm.getCursor().line, cm.getCursor().ch-1);\n cm.setOption('keyMap', 'vim');\n cm.setOption('disableInput', true);\n cm.toggleOverwrite(false); // exit replace mode if we were in it.\n // update the \". register before exiting insert mode\n insertModeChangeRegister.setText(lastChange.changes.join(''));\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n if (macroModeState.isRecording) {\n logInsertModeChange(macroModeState);\n }\n }\n\n function _mapCommand(command) {\n defaultKeymap.unshift(command);\n }\n\n function mapCommand(keys, type, name, args, extra) {\n var command = {keys: keys, type: type};\n command[type] = name;\n command[type + \"Args\"] = args;\n for (var key in extra)\n command[key] = extra[key];\n _mapCommand(command);\n }\n\n // The timeout in milliseconds for the two-character ESC keymap should be\n // adjusted according to your typing speed to prevent false positives.\n defineOption('insertModeEscKeysTimeout', 200, 'number');\n\n CodeMirror.keyMap['vim-insert'] = {\n // TODO: override navigation keys so that Esc will cancel automatic\n // indentation from o, O, i_<CR>\n 'Ctrl-N': 'autocomplete',\n 'Ctrl-P': 'autocomplete',\n 'Enter': function(cm) {\n var fn = CodeMirror.commands.newlineAndIndentContinueComment ||\n CodeMirror.commands.newlineAndIndent;\n fn(cm);\n },\n fallthrough: ['default'],\n attach: attachVimMap,\n detach: detachVimMap,\n call: cmKey\n };\n\n CodeMirror.keyMap['vim-replace'] = {\n 'Backspace': 'goCharLeft',\n fallthrough: ['vim-insert'],\n attach: attachVimMap,\n detach: detachVimMap,\n call: cmKey\n };\n\n function executeMacroRegister(cm, vim, macroModeState, registerName) {\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (registerName == ':') {\n // Read-only register containing last Ex command.\n if (register.keyBuffer[0]) {\n exCommandDispatcher.processCommand(cm, register.keyBuffer[0]);\n }\n macroModeState.isPlaying = false;\n return;\n }\n var keyBuffer = register.keyBuffer;\n var imc = 0;\n macroModeState.isPlaying = true;\n macroModeState.replaySearchQueries = register.searchQueries.slice(0);\n for (var i = 0; i < keyBuffer.length; i++) {\n var text = keyBuffer[i];\n var match, key;\n while (text) {\n // Pull off one command key, which is either a single character\n // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n match = (/<\\w+-.+?>|<\\w+>|./).exec(text);\n key = match[0];\n text = text.substring(match.index + key.length);\n CodeMirror.Vim.handleKey(cm, key, 'macro');\n if (vim.insertMode) {\n var changes = register.insertModeChanges[imc++].changes;\n vimGlobalState.macroModeState.lastInsertModeChanges.changes =\n changes;\n repeatInsertModeChanges(cm, changes, 1);\n exitInsertMode(cm);\n }\n }\n };\n macroModeState.isPlaying = false;\n }\n\n function logKey(macroModeState, key) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.pushText(key);\n }\n }\n\n function logInsertModeChange(macroModeState) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register && register.pushInsertModeChanges) {\n register.pushInsertModeChanges(macroModeState.lastInsertModeChanges);\n }\n }\n\n function logSearchQuery(macroModeState, query) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register && register.pushSearchQuery) {\n register.pushSearchQuery(query);\n }\n }\n\n /**\n * Listens for changes made in insert mode.\n * Should only be active in insert mode.\n */\n function onChange(_cm, changeObj) {\n var macroModeState = vimGlobalState.macroModeState;\n var lastChange = macroModeState.lastInsertModeChanges;\n if (!macroModeState.isPlaying) {\n while(changeObj) {\n lastChange.expectCursorActivityForChange = true;\n if (changeObj.origin == '+input' || changeObj.origin == 'paste'\n || changeObj.origin === undefined /* only in testing */) {\n var text = changeObj.text.join('\\n');\n lastChange.changes.push(text);\n }\n // Change objects may be chained with next.\n changeObj = changeObj.next;\n }\n }\n }\n\n /**\n * Listens for any kind of cursor activity on CodeMirror.\n */\n function onCursorActivity(cm) {\n var vim = cm.state.vim;\n if (vim.insertMode) {\n // Tracking cursor activity in insert mode (for macro support).\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) { return; }\n var lastChange = macroModeState.lastInsertModeChanges;\n if (lastChange.expectCursorActivityForChange) {\n lastChange.expectCursorActivityForChange = false;\n } else {\n // Cursor moved outside the context of an edit. Reset the change.\n lastChange.changes = [];\n }\n } else if (!cm.curOp.isVimOp) {\n handleExternalSelection(cm, vim);\n }\n if (vim.visualMode) {\n updateFakeCursor(cm);\n }\n }\n function updateFakeCursor(cm) {\n var vim = cm.state.vim;\n var from = clipCursorToContent(cm, copyCursor(vim.sel.head));\n var to = offsetCursor(from, 0, 1);\n if (vim.fakeCursor) {\n vim.fakeCursor.clear();\n }\n vim.fakeCursor = cm.markText(from, to, {className: 'cm-animate-fat-cursor'});\n }\n function handleExternalSelection(cm, vim) {\n var anchor = cm.getCursor('anchor');\n var head = cm.getCursor('head');\n // Enter or exit visual mode to match mouse selection.\n if (vim.visualMode && !cm.somethingSelected()) {\n exitVisualMode(cm, false);\n } else if (!vim.visualMode && !vim.insertMode && cm.somethingSelected()) {\n vim.visualMode = true;\n vim.visualLine = false;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n }\n if (vim.visualMode) {\n // Bind CodeMirror selection model to vim selection model.\n // Mouse selections are considered visual characterwise.\n var headOffset = !cursorIsBefore(head, anchor) ? -1 : 0;\n var anchorOffset = cursorIsBefore(head, anchor) ? -1 : 0;\n head = offsetCursor(head, 0, headOffset);\n anchor = offsetCursor(anchor, 0, anchorOffset);\n vim.sel = {\n anchor: anchor,\n head: head\n };\n updateMark(cm, vim, '<', cursorMin(head, anchor));\n updateMark(cm, vim, '>', cursorMax(head, anchor));\n } else if (!vim.insertMode) {\n // Reset lastHPos if selection was modified by something outside of vim mode e.g. by mouse.\n vim.lastHPos = cm.getCursor().ch;\n }\n }\n\n /** Wrapper for special keys pressed in insert mode */\n function InsertModeKey(keyName) {\n this.keyName = keyName;\n }\n\n /**\n * Handles raw key down events from the text area.\n * - Should only be active in insert mode.\n * - For recording deletes in insert mode.\n */\n function onKeyEventTargetKeyDown(e) {\n var macroModeState = vimGlobalState.macroModeState;\n var lastChange = macroModeState.lastInsertModeChanges;\n var keyName = CodeMirror.keyName(e);\n if (!keyName) { return; }\n function onKeyFound() {\n lastChange.changes.push(new InsertModeKey(keyName));\n return true;\n }\n if (keyName.indexOf('Delete') != -1 || keyName.indexOf('Backspace') != -1) {\n CodeMirror.lookupKey(keyName, 'vim-insert', onKeyFound);\n }\n }\n\n /**\n * Repeats the last edit, which includes exactly 1 command and at most 1\n * insert. Operator and motion commands are read from lastEditInputState,\n * while action commands are read from lastEditActionCommand.\n *\n * If repeatForInsert is true, then the function was called by\n * exitInsertMode to repeat the insert mode changes the user just made. The\n * corresponding enterInsertMode call was made with a count.\n */\n function repeatLastEdit(cm, vim, repeat, repeatForInsert) {\n var macroModeState = vimGlobalState.macroModeState;\n macroModeState.isPlaying = true;\n var isAction = !!vim.lastEditActionCommand;\n var cachedInputState = vim.inputState;\n function repeatCommand() {\n if (isAction) {\n commandDispatcher.processAction(cm, vim, vim.lastEditActionCommand);\n } else {\n commandDispatcher.evalInput(cm, vim);\n }\n }\n function repeatInsert(repeat) {\n if (macroModeState.lastInsertModeChanges.changes.length > 0) {\n // For some reason, repeat cw in desktop VIM does not repeat\n // insert mode changes. Will conform to that behavior.\n repeat = !vim.lastEditActionCommand ? 1 : repeat;\n var changeObject = macroModeState.lastInsertModeChanges;\n repeatInsertModeChanges(cm, changeObject.changes, repeat);\n }\n }\n vim.inputState = vim.lastEditInputState;\n if (isAction && vim.lastEditActionCommand.interlaceInsertRepeat) {\n // o and O repeat have to be interlaced with insert repeats so that the\n // insertions appear on separate lines instead of the last line.\n for (var i = 0; i < repeat; i++) {\n repeatCommand();\n repeatInsert(1);\n }\n } else {\n if (!repeatForInsert) {\n // Hack to get the cursor to end up at the right place. If I is\n // repeated in insert mode repeat, cursor will be 1 insert\n // change set left of where it should be.\n repeatCommand();\n }\n repeatInsert(repeat);\n }\n vim.inputState = cachedInputState;\n if (vim.insertMode && !repeatForInsert) {\n // Don't exit insert mode twice. If repeatForInsert is set, then we\n // were called by an exitInsertMode call lower on the stack.\n exitInsertMode(cm);\n }\n macroModeState.isPlaying = false;\n };\n\n function repeatInsertModeChanges(cm, changes, repeat) {\n function keyHandler(binding) {\n if (typeof binding == 'string') {\n CodeMirror.commands[binding](cm);\n } else {\n binding(cm);\n }\n return true;\n }\n var head = cm.getCursor('head');\n var inVisualBlock = vimGlobalState.macroModeState.lastInsertModeChanges.inVisualBlock;\n if (inVisualBlock) {\n // Set up block selection again for repeating the changes.\n var vim = cm.state.vim;\n var lastSel = vim.lastSelection;\n var offset = getOffset(lastSel.anchor, lastSel.head);\n selectForInsert(cm, head, offset.line + 1);\n repeat = cm.listSelections().length;\n cm.setCursor(head);\n }\n for (var i = 0; i < repeat; i++) {\n if (inVisualBlock) {\n cm.setCursor(offsetCursor(head, i, 0));\n }\n for (var j = 0; j < changes.length; j++) {\n var change = changes[j];\n if (change instanceof InsertModeKey) {\n CodeMirror.lookupKey(change.keyName, 'vim-insert', keyHandler);\n } else {\n var cur = cm.getCursor();\n cm.replaceRange(change, cur, cur);\n }\n }\n }\n if (inVisualBlock) {\n cm.setCursor(offsetCursor(head, 0, 1));\n }\n }\n\n resetVimGlobalState();\n return vimApi;\n };\n // Initialize Vim and make it available as an API.\n CodeMirror.Vim = Vim();\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/vim.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/sublime.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n// A rough approximation of Sublime Text's keybindings\n// Depends on addon/search/searchcursor.js and optionally addon/dialog/dialogs.js\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/edit/matchbrackets\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/edit/matchbrackets\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var map = CodeMirror.keyMap.sublime = {fallthrough: \"default\"};\n var cmds = CodeMirror.commands;\n var Pos = CodeMirror.Pos;\n var mac = CodeMirror.keyMap[\"default\"] == CodeMirror.keyMap.macDefault;\n var ctrl = mac ? \"Cmd-\" : \"Ctrl-\";\n\n // This is not exactly Sublime's algorithm. I couldn't make heads or tails of that.\n function findPosSubword(doc, start, dir) {\n if (dir < 0 && start.ch == 0) return doc.clipPos(Pos(start.line - 1));\n var line = doc.getLine(start.line);\n if (dir > 0 && start.ch >= line.length) return doc.clipPos(Pos(start.line + 1, 0));\n var state = \"start\", type;\n for (var pos = start.ch, e = dir < 0 ? 0 : line.length, i = 0; pos != e; pos += dir, i++) {\n var next = line.charAt(dir < 0 ? pos - 1 : pos);\n var cat = next != \"_\" && CodeMirror.isWordChar(next) ? \"w\" : \"o\";\n if (cat == \"w\" && next.toUpperCase() == next) cat = \"W\";\n if (state == \"start\") {\n if (cat != \"o\") { state = \"in\"; type = cat; }\n } else if (state == \"in\") {\n if (type != cat) {\n if (type == \"w\" && cat == \"W\" && dir < 0) pos--;\n if (type == \"W\" && cat == \"w\" && dir > 0) { type = \"w\"; continue; }\n break;\n }\n }\n }\n return Pos(start.line, pos);\n }\n\n function moveSubword(cm, dir) {\n cm.extendSelectionsBy(function(range) {\n if (cm.display.shift || cm.doc.extend || range.empty())\n return findPosSubword(cm.doc, range.head, dir);\n else\n return dir < 0 ? range.from() : range.to();\n });\n }\n\n cmds[map[\"Alt-Left\"] = \"goSubwordLeft\"] = function(cm) { moveSubword(cm, -1); };\n cmds[map[\"Alt-Right\"] = \"goSubwordRight\"] = function(cm) { moveSubword(cm, 1); };\n\n var scrollLineCombo = mac ? \"Ctrl-Alt-\" : \"Ctrl-\";\n\n cmds[map[scrollLineCombo + \"Up\"] = \"scrollLineUp\"] = function(cm) {\n var info = cm.getScrollInfo();\n if (!cm.somethingSelected()) {\n var visibleBottomLine = cm.lineAtHeight(info.top + info.clientHeight, \"local\");\n if (cm.getCursor().line >= visibleBottomLine)\n cm.execCommand(\"goLineUp\");\n }\n cm.scrollTo(null, info.top - cm.defaultTextHeight());\n };\n cmds[map[scrollLineCombo + \"Down\"] = \"scrollLineDown\"] = function(cm) {\n var info = cm.getScrollInfo();\n if (!cm.somethingSelected()) {\n var visibleTopLine = cm.lineAtHeight(info.top, \"local\")+1;\n if (cm.getCursor().line <= visibleTopLine)\n cm.execCommand(\"goLineDown\");\n }\n cm.scrollTo(null, info.top + cm.defaultTextHeight());\n };\n\n cmds[map[\"Shift-\" + ctrl + \"L\"] = \"splitSelectionByLine\"] = function(cm) {\n var ranges = cm.listSelections(), lineRanges = [];\n for (var i = 0; i < ranges.length; i++) {\n var from = ranges[i].from(), to = ranges[i].to();\n for (var line = from.line; line <= to.line; ++line)\n if (!(to.line > from.line && line == to.line && to.ch == 0))\n lineRanges.push({anchor: line == from.line ? from : Pos(line, 0),\n head: line == to.line ? to : Pos(line)});\n }\n cm.setSelections(lineRanges, 0);\n };\n\n map[\"Shift-Tab\"] = \"indentLess\";\n\n cmds[map[\"Esc\"] = \"singleSelectionTop\"] = function(cm) {\n var range = cm.listSelections()[0];\n cm.setSelection(range.anchor, range.head, {scroll: false});\n };\n\n cmds[map[ctrl + \"L\"] = \"selectLine\"] = function(cm) {\n var ranges = cm.listSelections(), extended = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n extended.push({anchor: Pos(range.from().line, 0),\n head: Pos(range.to().line + 1, 0)});\n }\n cm.setSelections(extended);\n };\n\n map[\"Shift-Ctrl-K\"] = \"deleteLine\";\n\n function insertLine(cm, above) {\n if (cm.isReadOnly()) return CodeMirror.Pass\n cm.operation(function() {\n var len = cm.listSelections().length, newSelection = [], last = -1;\n for (var i = 0; i < len; i++) {\n var head = cm.listSelections()[i].head;\n if (head.line <= last) continue;\n var at = Pos(head.line + (above ? 0 : 1), 0);\n cm.replaceRange(\"\\n\", at, null, \"+insertLine\");\n cm.indentLine(at.line, null, true);\n newSelection.push({head: at, anchor: at});\n last = head.line + 1;\n }\n cm.setSelections(newSelection);\n });\n }\n\n cmds[map[ctrl + \"Enter\"] = \"insertLineAfter\"] = function(cm) { return insertLine(cm, false); };\n\n cmds[map[\"Shift-\" + ctrl + \"Enter\"] = \"insertLineBefore\"] = function(cm) { return insertLine(cm, true); };\n\n function wordAt(cm, pos) {\n var start = pos.ch, end = start, line = cm.getLine(pos.line);\n while (start && CodeMirror.isWordChar(line.charAt(start - 1))) --start;\n while (end < line.length && CodeMirror.isWordChar(line.charAt(end))) ++end;\n return {from: Pos(pos.line, start), to: Pos(pos.line, end), word: line.slice(start, end)};\n }\n\n cmds[map[ctrl + \"D\"] = \"selectNextOccurrence\"] = function(cm) {\n var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n var fullWord = cm.state.sublimeFindFullWord == cm.doc.sel;\n if (CodeMirror.cmpPos(from, to) == 0) {\n var word = wordAt(cm, from);\n if (!word.word) return;\n cm.setSelection(word.from, word.to);\n fullWord = true;\n } else {\n var text = cm.getRange(from, to);\n var query = fullWord ? new RegExp(\"\\\\b\" + text + \"\\\\b\") : text;\n var cur = cm.getSearchCursor(query, to);\n if (cur.findNext()) {\n cm.addSelection(cur.from(), cur.to());\n } else {\n cur = cm.getSearchCursor(query, Pos(cm.firstLine(), 0));\n if (cur.findNext())\n cm.addSelection(cur.from(), cur.to());\n }\n }\n if (fullWord)\n cm.state.sublimeFindFullWord = cm.doc.sel;\n };\n\n var mirror = \"(){}[]\";\n function selectBetweenBrackets(cm) {\n var pos = cm.getCursor(), opening = cm.scanForBracket(pos, -1);\n if (!opening) return;\n for (;;) {\n var closing = cm.scanForBracket(pos, 1);\n if (!closing) return;\n if (closing.ch == mirror.charAt(mirror.indexOf(opening.ch) + 1)) {\n cm.setSelection(Pos(opening.pos.line, opening.pos.ch + 1), closing.pos, false);\n return true;\n }\n pos = Pos(closing.pos.line, closing.pos.ch + 1);\n }\n }\n\n cmds[map[\"Shift-\" + ctrl + \"Space\"] = \"selectScope\"] = function(cm) {\n selectBetweenBrackets(cm) || cm.execCommand(\"selectAll\");\n };\n cmds[map[\"Shift-\" + ctrl + \"M\"] = \"selectBetweenBrackets\"] = function(cm) {\n if (!selectBetweenBrackets(cm)) return CodeMirror.Pass;\n };\n\n cmds[map[ctrl + \"M\"] = \"goToBracket\"] = function(cm) {\n cm.extendSelectionsBy(function(range) {\n var next = cm.scanForBracket(range.head, 1);\n if (next && CodeMirror.cmpPos(next.pos, range.head) != 0) return next.pos;\n var prev = cm.scanForBracket(range.head, -1);\n return prev && Pos(prev.pos.line, prev.pos.ch + 1) || range.head;\n });\n };\n\n var swapLineCombo = mac ? \"Cmd-Ctrl-\" : \"Shift-Ctrl-\";\n\n cmds[map[swapLineCombo + \"Up\"] = \"swapLineUp\"] = function(cm) {\n if (cm.isReadOnly()) return CodeMirror.Pass\n var ranges = cm.listSelections(), linesToMove = [], at = cm.firstLine() - 1, newSels = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i], from = range.from().line - 1, to = range.to().line;\n newSels.push({anchor: Pos(range.anchor.line - 1, range.anchor.ch),\n head: Pos(range.head.line - 1, range.head.ch)});\n if (range.to().ch == 0 && !range.empty()) --to;\n if (from > at) linesToMove.push(from, to);\n else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n at = to;\n }\n cm.operation(function() {\n for (var i = 0; i < linesToMove.length; i += 2) {\n var from = linesToMove[i], to = linesToMove[i + 1];\n var line = cm.getLine(from);\n cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n if (to > cm.lastLine())\n cm.replaceRange(\"\\n\" + line, Pos(cm.lastLine()), null, \"+swapLine\");\n else\n cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n }\n cm.setSelections(newSels);\n cm.scrollIntoView();\n });\n };\n\n cmds[map[swapLineCombo + \"Down\"] = \"swapLineDown\"] = function(cm) {\n if (cm.isReadOnly()) return CodeMirror.Pass\n var ranges = cm.listSelections(), linesToMove = [], at = cm.lastLine() + 1;\n for (var i = ranges.length - 1; i >= 0; i--) {\n var range = ranges[i], from = range.to().line + 1, to = range.from().line;\n if (range.to().ch == 0 && !range.empty()) from--;\n if (from < at) linesToMove.push(from, to);\n else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n at = to;\n }\n cm.operation(function() {\n for (var i = linesToMove.length - 2; i >= 0; i -= 2) {\n var from = linesToMove[i], to = linesToMove[i + 1];\n var line = cm.getLine(from);\n if (from == cm.lastLine())\n cm.replaceRange(\"\", Pos(from - 1), Pos(from), \"+swapLine\");\n else\n cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n }\n cm.scrollIntoView();\n });\n };\n\n cmds[map[ctrl + \"/\"] = \"toggleCommentIndented\"] = function(cm) {\n cm.toggleComment({ indent: true });\n }\n\n cmds[map[ctrl + \"J\"] = \"joinLines\"] = function(cm) {\n var ranges = cm.listSelections(), joined = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i], from = range.from();\n var start = from.line, end = range.to().line;\n while (i < ranges.length - 1 && ranges[i + 1].from().line == end)\n end = ranges[++i].to().line;\n joined.push({start: start, end: end, anchor: !range.empty() && from});\n }\n cm.operation(function() {\n var offset = 0, ranges = [];\n for (var i = 0; i < joined.length; i++) {\n var obj = joined[i];\n var anchor = obj.anchor && Pos(obj.anchor.line - offset, obj.anchor.ch), head;\n for (var line = obj.start; line <= obj.end; line++) {\n var actual = line - offset;\n if (line == obj.end) head = Pos(actual, cm.getLine(actual).length + 1);\n if (actual < cm.lastLine()) {\n cm.replaceRange(\" \", Pos(actual), Pos(actual + 1, /^\\s*/.exec(cm.getLine(actual + 1))[0].length));\n ++offset;\n }\n }\n ranges.push({anchor: anchor || head, head: head});\n }\n cm.setSelections(ranges, 0);\n });\n };\n\n cmds[map[\"Shift-\" + ctrl + \"D\"] = \"duplicateLine\"] = function(cm) {\n cm.operation(function() {\n var rangeCount = cm.listSelections().length;\n for (var i = 0; i < rangeCount; i++) {\n var range = cm.listSelections()[i];\n if (range.empty())\n cm.replaceRange(cm.getLine(range.head.line) + \"\\n\", Pos(range.head.line, 0));\n else\n cm.replaceRange(cm.getRange(range.from(), range.to()), range.from());\n }\n cm.scrollIntoView();\n });\n };\n\n map[ctrl + \"T\"] = \"transposeChars\";\n\n function sortLines(cm, caseSensitive) {\n if (cm.isReadOnly()) return CodeMirror.Pass\n var ranges = cm.listSelections(), toSort = [], selected;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.empty()) continue;\n var from = range.from().line, to = range.to().line;\n while (i < ranges.length - 1 && ranges[i + 1].from().line == to)\n to = range[++i].to().line;\n toSort.push(from, to);\n }\n if (toSort.length) selected = true;\n else toSort.push(cm.firstLine(), cm.lastLine());\n\n cm.operation(function() {\n var ranges = [];\n for (var i = 0; i < toSort.length; i += 2) {\n var from = toSort[i], to = toSort[i + 1];\n var start = Pos(from, 0), end = Pos(to);\n var lines = cm.getRange(start, end, false);\n if (caseSensitive)\n lines.sort();\n else\n lines.sort(function(a, b) {\n var au = a.toUpperCase(), bu = b.toUpperCase();\n if (au != bu) { a = au; b = bu; }\n return a < b ? -1 : a == b ? 0 : 1;\n });\n cm.replaceRange(lines, start, end);\n if (selected) ranges.push({anchor: start, head: end});\n }\n if (selected) cm.setSelections(ranges, 0);\n });\n }\n\n cmds[map[\"F9\"] = \"sortLines\"] = function(cm) { sortLines(cm, true); };\n cmds[map[ctrl + \"F9\"] = \"sortLinesInsensitive\"] = function(cm) { sortLines(cm, false); };\n\n cmds[map[\"F2\"] = \"nextBookmark\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) while (marks.length) {\n var current = marks.shift();\n var found = current.find();\n if (found) {\n marks.push(current);\n return cm.setSelection(found.from, found.to);\n }\n }\n };\n\n cmds[map[\"Shift-F2\"] = \"prevBookmark\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) while (marks.length) {\n marks.unshift(marks.pop());\n var found = marks[marks.length - 1].find();\n if (!found)\n marks.pop();\n else\n return cm.setSelection(found.from, found.to);\n }\n };\n\n cmds[map[ctrl + \"F2\"] = \"toggleBookmark\"] = function(cm) {\n var ranges = cm.listSelections();\n var marks = cm.state.sublimeBookmarks || (cm.state.sublimeBookmarks = []);\n for (var i = 0; i < ranges.length; i++) {\n var from = ranges[i].from(), to = ranges[i].to();\n var found = cm.findMarks(from, to);\n for (var j = 0; j < found.length; j++) {\n if (found[j].sublimeBookmark) {\n found[j].clear();\n for (var k = 0; k < marks.length; k++)\n if (marks[k] == found[j])\n marks.splice(k--, 1);\n break;\n }\n }\n if (j == found.length)\n marks.push(cm.markText(from, to, {sublimeBookmark: true, clearWhenEmpty: false}));\n }\n };\n\n cmds[map[\"Shift-\" + ctrl + \"F2\"] = \"clearBookmarks\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) for (var i = 0; i < marks.length; i++) marks[i].clear();\n marks.length = 0;\n };\n\n cmds[map[\"Alt-F2\"] = \"selectBookmarks\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks, ranges = [];\n if (marks) for (var i = 0; i < marks.length; i++) {\n var found = marks[i].find();\n if (!found)\n marks.splice(i--, 0);\n else\n ranges.push({anchor: found.from, head: found.to});\n }\n if (ranges.length)\n cm.setSelections(ranges, 0);\n };\n\n map[\"Alt-Q\"] = \"wrapLines\";\n\n var cK = ctrl + \"K \";\n\n function modifyWordOrSelection(cm, mod) {\n cm.operation(function() {\n var ranges = cm.listSelections(), indices = [], replacements = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.empty()) { indices.push(i); replacements.push(\"\"); }\n else replacements.push(mod(cm.getRange(range.from(), range.to())));\n }\n cm.replaceSelections(replacements, \"around\", \"case\");\n for (var i = indices.length - 1, at; i >= 0; i--) {\n var range = ranges[indices[i]];\n if (at && CodeMirror.cmpPos(range.head, at) > 0) continue;\n var word = wordAt(cm, range.head);\n at = word.from;\n cm.replaceRange(mod(word.word), word.from, word.to);\n }\n });\n }\n\n map[cK + ctrl + \"Backspace\"] = \"delLineLeft\";\n\n cmds[map[\"Backspace\"] = \"smartBackspace\"] = function(cm) {\n if (cm.somethingSelected()) return CodeMirror.Pass;\n\n var cursor = cm.getCursor();\n var toStartOfLine = cm.getRange({line: cursor.line, ch: 0}, cursor);\n var column = CodeMirror.countColumn(toStartOfLine, null, cm.getOption(\"tabSize\"));\n var indentUnit = cm.getOption(\"indentUnit\");\n\n if (toStartOfLine && !/\\S/.test(toStartOfLine) && column % indentUnit == 0) {\n var prevIndent = new Pos(cursor.line,\n CodeMirror.findColumn(toStartOfLine, column - indentUnit, indentUnit));\n\n // If no smart delete is happening (due to tab sizing) just do a regular delete\n if (prevIndent.ch == cursor.ch) return CodeMirror.Pass;\n\n return cm.replaceRange(\"\", prevIndent, cursor, \"+delete\");\n } else {\n return CodeMirror.Pass;\n }\n };\n\n cmds[map[cK + ctrl + \"K\"] = \"delLineRight\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = ranges.length - 1; i >= 0; i--)\n cm.replaceRange(\"\", ranges[i].anchor, Pos(ranges[i].to().line), \"+delete\");\n cm.scrollIntoView();\n });\n };\n\n cmds[map[cK + ctrl + \"U\"] = \"upcaseAtCursor\"] = function(cm) {\n modifyWordOrSelection(cm, function(str) { return str.toUpperCase(); });\n };\n cmds[map[cK + ctrl + \"L\"] = \"downcaseAtCursor\"] = function(cm) {\n modifyWordOrSelection(cm, function(str) { return str.toLowerCase(); });\n };\n\n cmds[map[cK + ctrl + \"Space\"] = \"setSublimeMark\"] = function(cm) {\n if (cm.state.sublimeMark) cm.state.sublimeMark.clear();\n cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n };\n cmds[map[cK + ctrl + \"A\"] = \"selectToSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) cm.setSelection(cm.getCursor(), found);\n };\n cmds[map[cK + ctrl + \"W\"] = \"deleteToSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) {\n var from = cm.getCursor(), to = found;\n if (CodeMirror.cmpPos(from, to) > 0) { var tmp = to; to = from; from = tmp; }\n cm.state.sublimeKilled = cm.getRange(from, to);\n cm.replaceRange(\"\", from, to);\n }\n };\n cmds[map[cK + ctrl + \"X\"] = \"swapWithSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) {\n cm.state.sublimeMark.clear();\n cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n cm.setCursor(found);\n }\n };\n cmds[map[cK + ctrl + \"Y\"] = \"sublimeYank\"] = function(cm) {\n if (cm.state.sublimeKilled != null)\n cm.replaceSelection(cm.state.sublimeKilled, null, \"paste\");\n };\n\n map[cK + ctrl + \"G\"] = \"clearBookmarks\";\n cmds[map[cK + ctrl + \"C\"] = \"showInCenter\"] = function(cm) {\n var pos = cm.cursorCoords(null, \"local\");\n cm.scrollTo(null, (pos.top + pos.bottom) / 2 - cm.getScrollInfo().clientHeight / 2);\n };\n\n cmds[map[\"Shift-Alt-Up\"] = \"selectLinesUpward\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.head.line > cm.firstLine())\n cm.addSelection(Pos(range.head.line - 1, range.head.ch));\n }\n });\n };\n cmds[map[\"Shift-Alt-Down\"] = \"selectLinesDownward\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.head.line < cm.lastLine())\n cm.addSelection(Pos(range.head.line + 1, range.head.ch));\n }\n });\n };\n\n function getTarget(cm) {\n var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n if (CodeMirror.cmpPos(from, to) == 0) {\n var word = wordAt(cm, from);\n if (!word.word) return;\n from = word.from;\n to = word.to;\n }\n return {from: from, to: to, query: cm.getRange(from, to), word: word};\n }\n\n function findAndGoTo(cm, forward) {\n var target = getTarget(cm);\n if (!target) return;\n var query = target.query;\n var cur = cm.getSearchCursor(query, forward ? target.to : target.from);\n\n if (forward ? cur.findNext() : cur.findPrevious()) {\n cm.setSelection(cur.from(), cur.to());\n } else {\n cur = cm.getSearchCursor(query, forward ? Pos(cm.firstLine(), 0)\n : cm.clipPos(Pos(cm.lastLine())));\n if (forward ? cur.findNext() : cur.findPrevious())\n cm.setSelection(cur.from(), cur.to());\n else if (target.word)\n cm.setSelection(target.from, target.to);\n }\n };\n cmds[map[ctrl + \"F3\"] = \"findUnder\"] = function(cm) { findAndGoTo(cm, true); };\n cmds[map[\"Shift-\" + ctrl + \"F3\"] = \"findUnderPrevious\"] = function(cm) { findAndGoTo(cm,false); };\n cmds[map[\"Alt-F3\"] = \"findAllUnder\"] = function(cm) {\n var target = getTarget(cm);\n if (!target) return;\n var cur = cm.getSearchCursor(target.query);\n var matches = [];\n var primaryIndex = -1;\n while (cur.findNext()) {\n matches.push({anchor: cur.from(), head: cur.to()});\n if (cur.from().line <= target.from.line && cur.from().ch <= target.from.ch)\n primaryIndex++;\n }\n cm.setSelections(matches, primaryIndex);\n };\n\n map[\"Shift-\" + ctrl + \"[\"] = \"fold\";\n map[\"Shift-\" + ctrl + \"]\"] = \"unfold\";\n map[cK + ctrl + \"0\"] = map[cK + ctrl + \"j\"] = \"unfoldAll\";\n\n map[ctrl + \"I\"] = \"findIncremental\";\n map[\"Shift-\" + ctrl + \"I\"] = \"findIncrementalReverse\";\n map[ctrl + \"H\"] = \"replace\";\n map[\"F3\"] = \"findNext\";\n map[\"Shift-F3\"] = \"findPrev\";\n\n CodeMirror.normalizeKeyMap(map);\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/sublime.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js": {
"text": "// CodeMirror, copyright (c) by Marijn Haverbeke and others\n// Distributed under an MIT license: http://codemirror.net/LICENSE\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var Pos = CodeMirror.Pos;\n function posEq(a, b) { return a.line == b.line && a.ch == b.ch; }\n\n // Kill 'ring'\n\n var killRing = [];\n function addToRing(str) {\n killRing.push(str);\n if (killRing.length > 50) killRing.shift();\n }\n function growRingTop(str) {\n if (!killRing.length) return addToRing(str);\n killRing[killRing.length - 1] += str;\n }\n function getFromRing(n) { return killRing[killRing.length - (n ? Math.min(n, 1) : 1)] || \"\"; }\n function popFromRing() { if (killRing.length > 1) killRing.pop(); return getFromRing(); }\n\n var lastKill = null;\n\n function kill(cm, from, to, mayGrow, text) {\n if (text == null) text = cm.getRange(from, to);\n\n if (mayGrow && lastKill && lastKill.cm == cm && posEq(from, lastKill.pos) && cm.isClean(lastKill.gen))\n growRingTop(text);\n else\n addToRing(text);\n cm.replaceRange(\"\", from, to, \"+delete\");\n\n if (mayGrow) lastKill = {cm: cm, pos: from, gen: cm.changeGeneration()};\n else lastKill = null;\n }\n\n // Boundaries of various units\n\n function byChar(cm, pos, dir) {\n return cm.findPosH(pos, dir, \"char\", true);\n }\n\n function byWord(cm, pos, dir) {\n return cm.findPosH(pos, dir, \"word\", true);\n }\n\n function byLine(cm, pos, dir) {\n return cm.findPosV(pos, dir, \"line\", cm.doc.sel.goalColumn);\n }\n\n function byPage(cm, pos, dir) {\n return cm.findPosV(pos, dir, \"page\", cm.doc.sel.goalColumn);\n }\n\n function byParagraph(cm, pos, dir) {\n var no = pos.line, line = cm.getLine(no);\n var sawText = /\\S/.test(dir < 0 ? line.slice(0, pos.ch) : line.slice(pos.ch));\n var fst = cm.firstLine(), lst = cm.lastLine();\n for (;;) {\n no += dir;\n if (no < fst || no > lst)\n return cm.clipPos(Pos(no - dir, dir < 0 ? 0 : null));\n line = cm.getLine(no);\n var hasText = /\\S/.test(line);\n if (hasText) sawText = true;\n else if (sawText) return Pos(no, 0);\n }\n }\n\n function bySentence(cm, pos, dir) {\n var line = pos.line, ch = pos.ch;\n var text = cm.getLine(pos.line), sawWord = false;\n for (;;) {\n var next = text.charAt(ch + (dir < 0 ? -1 : 0));\n if (!next) { // End/beginning of line reached\n if (line == (dir < 0 ? cm.firstLine() : cm.lastLine())) return Pos(line, ch);\n text = cm.getLine(line + dir);\n if (!/\\S/.test(text)) return Pos(line, ch);\n line += dir;\n ch = dir < 0 ? text.length : 0;\n continue;\n }\n if (sawWord && /[!?.]/.test(next)) return Pos(line, ch + (dir > 0 ? 1 : 0));\n if (!sawWord) sawWord = /\\w/.test(next);\n ch += dir;\n }\n }\n\n function byExpr(cm, pos, dir) {\n var wrap;\n if (cm.findMatchingBracket && (wrap = cm.findMatchingBracket(pos, true))\n && wrap.match && (wrap.forward ? 1 : -1) == dir)\n return dir > 0 ? Pos(wrap.to.line, wrap.to.ch + 1) : wrap.to;\n\n for (var first = true;; first = false) {\n var token = cm.getTokenAt(pos);\n var after = Pos(pos.line, dir < 0 ? token.start : token.end);\n if (first && dir > 0 && token.end == pos.ch || !/\\w/.test(token.string)) {\n var newPos = cm.findPosH(after, dir, \"char\");\n if (posEq(after, newPos)) return pos;\n else pos = newPos;\n } else {\n return after;\n }\n }\n }\n\n // Prefixes (only crudely supported)\n\n function getPrefix(cm, precise) {\n var digits = cm.state.emacsPrefix;\n if (!digits) return precise ? null : 1;\n clearPrefix(cm);\n return digits == \"-\" ? -1 : Number(digits);\n }\n\n function repeated(cmd) {\n var f = typeof cmd == \"string\" ? function(cm) { cm.execCommand(cmd); } : cmd;\n return function(cm) {\n var prefix = getPrefix(cm);\n f(cm);\n for (var i = 1; i < prefix; ++i) f(cm);\n };\n }\n\n function findEnd(cm, pos, by, dir) {\n var prefix = getPrefix(cm);\n if (prefix < 0) { dir = -dir; prefix = -prefix; }\n for (var i = 0; i < prefix; ++i) {\n var newPos = by(cm, pos, dir);\n if (posEq(newPos, pos)) break;\n pos = newPos;\n }\n return pos;\n }\n\n function move(by, dir) {\n var f = function(cm) {\n cm.extendSelection(findEnd(cm, cm.getCursor(), by, dir));\n };\n f.motion = true;\n return f;\n }\n\n function killTo(cm, by, dir) {\n var selections = cm.listSelections(), cursor;\n var i = selections.length;\n while (i--) {\n cursor = selections[i].head;\n kill(cm, cursor, findEnd(cm, cursor, by, dir), true);\n }\n }\n\n function killRegion(cm) {\n if (cm.somethingSelected()) {\n var selections = cm.listSelections(), selection;\n var i = selections.length;\n while (i--) {\n selection = selections[i];\n kill(cm, selection.anchor, selection.head);\n }\n return true;\n }\n }\n\n function addPrefix(cm, digit) {\n if (cm.state.emacsPrefix) {\n if (digit != \"-\") cm.state.emacsPrefix += digit;\n return;\n }\n // Not active yet\n cm.state.emacsPrefix = digit;\n cm.on(\"keyHandled\", maybeClearPrefix);\n cm.on(\"inputRead\", maybeDuplicateInput);\n }\n\n var prefixPreservingKeys = {\"Alt-G\": true, \"Ctrl-X\": true, \"Ctrl-Q\": true, \"Ctrl-U\": true};\n\n function maybeClearPrefix(cm, arg) {\n if (!cm.state.emacsPrefixMap && !prefixPreservingKeys.hasOwnProperty(arg))\n clearPrefix(cm);\n }\n\n function clearPrefix(cm) {\n cm.state.emacsPrefix = null;\n cm.off(\"keyHandled\", maybeClearPrefix);\n cm.off(\"inputRead\", maybeDuplicateInput);\n }\n\n function maybeDuplicateInput(cm, event) {\n var dup = getPrefix(cm);\n if (dup > 1 && event.origin == \"+input\") {\n var one = event.text.join(\"\\n\"), txt = \"\";\n for (var i = 1; i < dup; ++i) txt += one;\n cm.replaceSelection(txt);\n }\n }\n\n function addPrefixMap(cm) {\n cm.state.emacsPrefixMap = true;\n cm.addKeyMap(prefixMap);\n cm.on(\"keyHandled\", maybeRemovePrefixMap);\n cm.on(\"inputRead\", maybeRemovePrefixMap);\n }\n\n function maybeRemovePrefixMap(cm, arg) {\n if (typeof arg == \"string\" && (/^\\d$/.test(arg) || arg == \"Ctrl-U\")) return;\n cm.removeKeyMap(prefixMap);\n cm.state.emacsPrefixMap = false;\n cm.off(\"keyHandled\", maybeRemovePrefixMap);\n cm.off(\"inputRead\", maybeRemovePrefixMap);\n }\n\n // Utilities\n\n function setMark(cm) {\n cm.setCursor(cm.getCursor());\n cm.setExtending(!cm.getExtending());\n cm.on(\"change\", function() { cm.setExtending(false); });\n }\n\n function clearMark(cm) {\n cm.setExtending(false);\n cm.setCursor(cm.getCursor());\n }\n\n function getInput(cm, msg, f) {\n if (cm.openDialog)\n cm.openDialog(msg + \": <input type=\\\"text\\\" style=\\\"width: 10em\\\"/>\", f, {bottom: true});\n else\n f(prompt(msg, \"\"));\n }\n\n function operateOnWord(cm, op) {\n var start = cm.getCursor(), end = cm.findPosH(start, 1, \"word\");\n cm.replaceRange(op(cm.getRange(start, end)), start, end);\n cm.setCursor(end);\n }\n\n function toEnclosingExpr(cm) {\n var pos = cm.getCursor(), line = pos.line, ch = pos.ch;\n var stack = [];\n while (line >= cm.firstLine()) {\n var text = cm.getLine(line);\n for (var i = ch == null ? text.length : ch; i > 0;) {\n var ch = text.charAt(--i);\n if (ch == \")\")\n stack.push(\"(\");\n else if (ch == \"]\")\n stack.push(\"[\");\n else if (ch == \"}\")\n stack.push(\"{\");\n else if (/[\\(\\{\\[]/.test(ch) && (!stack.length || stack.pop() != ch))\n return cm.extendSelection(Pos(line, i));\n }\n --line; ch = null;\n }\n }\n\n function quit(cm) {\n cm.execCommand(\"clearSearch\");\n clearMark(cm);\n }\n\n // Actual keymap\n\n var keyMap = CodeMirror.keyMap.emacs = CodeMirror.normalizeKeyMap({\n \"Ctrl-W\": function(cm) {kill(cm, cm.getCursor(\"start\"), cm.getCursor(\"end\"));},\n \"Ctrl-K\": repeated(function(cm) {\n var start = cm.getCursor(), end = cm.clipPos(Pos(start.line));\n var text = cm.getRange(start, end);\n if (!/\\S/.test(text)) {\n text += \"\\n\";\n end = Pos(start.line + 1, 0);\n }\n kill(cm, start, end, true, text);\n }),\n \"Alt-W\": function(cm) {\n addToRing(cm.getSelection());\n clearMark(cm);\n },\n \"Ctrl-Y\": function(cm) {\n var start = cm.getCursor();\n cm.replaceRange(getFromRing(getPrefix(cm)), start, start, \"paste\");\n cm.setSelection(start, cm.getCursor());\n },\n \"Alt-Y\": function(cm) {cm.replaceSelection(popFromRing(), \"around\", \"paste\");},\n\n \"Ctrl-Space\": setMark, \"Ctrl-Shift-2\": setMark,\n\n \"Ctrl-F\": move(byChar, 1), \"Ctrl-B\": move(byChar, -1),\n \"Right\": move(byChar, 1), \"Left\": move(byChar, -1),\n \"Ctrl-D\": function(cm) { killTo(cm, byChar, 1); },\n \"Delete\": function(cm) { killRegion(cm) || killTo(cm, byChar, 1); },\n \"Ctrl-H\": function(cm) { killTo(cm, byChar, -1); },\n \"Backspace\": function(cm) { killRegion(cm) || killTo(cm, byChar, -1); },\n\n \"Alt-F\": move(byWord, 1), \"Alt-B\": move(byWord, -1),\n \"Alt-D\": function(cm) { killTo(cm, byWord, 1); },\n \"Alt-Backspace\": function(cm) { killTo(cm, byWord, -1); },\n\n \"Ctrl-N\": move(byLine, 1), \"Ctrl-P\": move(byLine, -1),\n \"Down\": move(byLine, 1), \"Up\": move(byLine, -1),\n \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n \"End\": \"goLineEnd\", \"Home\": \"goLineStart\",\n\n \"Alt-V\": move(byPage, -1), \"Ctrl-V\": move(byPage, 1),\n \"PageUp\": move(byPage, -1), \"PageDown\": move(byPage, 1),\n\n \"Ctrl-Up\": move(byParagraph, -1), \"Ctrl-Down\": move(byParagraph, 1),\n\n \"Alt-A\": move(bySentence, -1), \"Alt-E\": move(bySentence, 1),\n \"Alt-K\": function(cm) { killTo(cm, bySentence, 1); },\n\n \"Ctrl-Alt-K\": function(cm) { killTo(cm, byExpr, 1); },\n \"Ctrl-Alt-Backspace\": function(cm) { killTo(cm, byExpr, -1); },\n \"Ctrl-Alt-F\": move(byExpr, 1), \"Ctrl-Alt-B\": move(byExpr, -1),\n\n \"Shift-Ctrl-Alt-2\": function(cm) {\n var cursor = cm.getCursor();\n cm.setSelection(findEnd(cm, cursor, byExpr, 1), cursor);\n },\n \"Ctrl-Alt-T\": function(cm) {\n var leftStart = byExpr(cm, cm.getCursor(), -1), leftEnd = byExpr(cm, leftStart, 1);\n var rightEnd = byExpr(cm, leftEnd, 1), rightStart = byExpr(cm, rightEnd, -1);\n cm.replaceRange(cm.getRange(rightStart, rightEnd) + cm.getRange(leftEnd, rightStart) +\n cm.getRange(leftStart, leftEnd), leftStart, rightEnd);\n },\n \"Ctrl-Alt-U\": repeated(toEnclosingExpr),\n\n \"Alt-Space\": function(cm) {\n var pos = cm.getCursor(), from = pos.ch, to = pos.ch, text = cm.getLine(pos.line);\n while (from && /\\s/.test(text.charAt(from - 1))) --from;\n while (to < text.length && /\\s/.test(text.charAt(to))) ++to;\n cm.replaceRange(\" \", Pos(pos.line, from), Pos(pos.line, to));\n },\n \"Ctrl-O\": repeated(function(cm) { cm.replaceSelection(\"\\n\", \"start\"); }),\n \"Ctrl-T\": repeated(function(cm) {\n cm.execCommand(\"transposeChars\");\n }),\n\n \"Alt-C\": repeated(function(cm) {\n operateOnWord(cm, function(w) {\n var letter = w.search(/\\w/);\n if (letter == -1) return w;\n return w.slice(0, letter) + w.charAt(letter).toUpperCase() + w.slice(letter + 1).toLowerCase();\n });\n }),\n \"Alt-U\": repeated(function(cm) {\n operateOnWord(cm, function(w) { return w.toUpperCase(); });\n }),\n \"Alt-L\": repeated(function(cm) {\n operateOnWord(cm, function(w) { return w.toLowerCase(); });\n }),\n\n \"Alt-;\": \"toggleComment\",\n\n \"Ctrl-/\": repeated(\"undo\"), \"Shift-Ctrl--\": repeated(\"undo\"),\n \"Ctrl-Z\": repeated(\"undo\"), \"Cmd-Z\": repeated(\"undo\"),\n \"Shift-Alt-,\": \"goDocStart\", \"Shift-Alt-.\": \"goDocEnd\",\n \"Ctrl-S\": \"findNext\", \"Ctrl-R\": \"findPrev\", \"Ctrl-G\": quit, \"Shift-Alt-5\": \"replace\",\n \"Alt-/\": \"autocomplete\",\n \"Ctrl-J\": \"newlineAndIndent\", \"Enter\": false, \"Tab\": \"indentAuto\",\n\n \"Alt-G G\": function(cm) {\n var prefix = getPrefix(cm, true);\n if (prefix != null && prefix > 0) return cm.setCursor(prefix - 1);\n\n getInput(cm, \"Goto line\", function(str) {\n var num;\n if (str && !isNaN(num = Number(str)) && num == (num|0) && num > 0)\n cm.setCursor(num - 1);\n });\n },\n\n \"Ctrl-X Tab\": function(cm) {\n cm.indentSelection(getPrefix(cm, true) || cm.getOption(\"indentUnit\"));\n },\n \"Ctrl-X Ctrl-X\": function(cm) {\n cm.setSelection(cm.getCursor(\"head\"), cm.getCursor(\"anchor\"));\n },\n \"Ctrl-X Ctrl-S\": \"save\",\n \"Ctrl-X Ctrl-W\": \"save\",\n \"Ctrl-X S\": \"saveAll\",\n \"Ctrl-X F\": \"open\",\n \"Ctrl-X U\": repeated(\"undo\"),\n \"Ctrl-X K\": \"close\",\n \"Ctrl-X Delete\": function(cm) { kill(cm, cm.getCursor(), bySentence(cm, cm.getCursor(), 1), true); },\n \"Ctrl-X H\": \"selectAll\",\n\n \"Ctrl-Q Tab\": repeated(\"insertTab\"),\n \"Ctrl-U\": addPrefixMap\n });\n\n var prefixMap = {\"Ctrl-G\": clearPrefix};\n function regPrefix(d) {\n prefixMap[d] = function(cm) { addPrefix(cm, d); };\n keyMap[\"Ctrl-\" + d] = function(cm) { addPrefix(cm, d); };\n prefixPreservingKeys[\"Ctrl-\" + d] = true;\n }\n for (var i = 0; i < 10; ++i) regPrefix(String(i));\n regPrefix(\"-\");\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/emacs.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/readme": {
"title": "$:/plugins/tiddlywiki/codemirror/readme",
"text": "This plugin provides an enhanced text editor component based on [[CodeMirror|http://codemirror.net]]. It provides several advantages over the default browser text editor:\n\n* Code colouring for many languages (see [[the official documentation here|http://codemirror.net/mode/index.html]])\n* Auto closing brackets and tags\n* Folding brackets, comments, and tags\n* Auto-completion\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/codemirror]]\n\nBased on ~CodeMirror version 5.13.2\n"
},
"$:/plugins/tiddlywiki/codemirror/styles": {
"title": "$:/plugins/tiddlywiki/codemirror/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "/* Make the editor resize to fit its content */\n\n.CodeMirror {\n\theight: auto;\n\tborder: 1px solid #ddd;\n\tline-height: 1.5;\n\tfont-family: \"Monaco\", monospace;\n}\n\n.CodeMirror-scroll {\n\toverflow-x: auto;\n\toverflow-y: hidden;\t\n}\n"
},
"$:/plugins/tiddlywiki/codemirror/usage": {
"title": "$:/plugins/tiddlywiki/codemirror/usage",
"text": "! Setting ~CodeMirror Content Types\n\nYou can determine which tiddler content types are edited by the ~CodeMirror widget by creating or modifying special tiddlers whose prefix is comprised of the string `$:/config/EditorTypeMappings/` concatenated with the content type. The text of that tiddler gives the editor type to be used (eg, ''text'', ''bitmap'', ''codemirror'').\n\nThe current editor type mappings are shown in [[$:/ControlPanel]] under the \"Advanced\" tab.\n\n! ~CodeMirror Configuration\n\nYou can configure the ~CodeMirror plugin by creating a tiddler called [[$:/config/CodeMirror]] containing a JSON configuration object. The configuration tiddler must have its type field set to `application/json` to take effect.\n\nSee http://codemirror.net/ for details of available configuration options.\n\nFor example:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n ],\n \"configuration\": {\n \"keyMap\": \"vim\",\n \"matchBrackets\":true,\n \"showCursorWhenSelecting\": true\n }\n}\n```\n\n!! Basic working configuration\n\n# Create a tiddler called `$:/config/CodeMirror`\n\n# The type of the tiddler has to be set to `application/json`\n\n# The text of the tiddler is the following: \n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n ],\n \"configuration\": {\n \"matchBrackets\":true,\n \"showCursorWhenSelecting\": true\n }\n}\n\n```\n\n# You should see line numbers when editing a tiddler\n# When editing a tiddler, no matter what the type of the tiddler is set to, you should see matching brackets being highlighted whenever the cursor is next to one of them\n# If you edit a tiddler with the type `application/javascript` or `application/json` you should see the code being syntax highlighted\n\n!! Add HTML syntax highlighting\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/xml/xml.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchBrackets\":true\n }\n}\n```\n# Edit a tiddler with the type `text/html` and write some html code. You should see your code being coloured\n\n!! Add a non-existing language mode\n\nHere's an example of adding a new language mode - in this case, the language C.\n\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/clike/clike.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true\n }\n}\n```\n\n# Add the correct ~EditorTypeMappings tiddler\n## Find the matching MIME type. If you go on the [[CodeMirror documentation for language modes|http://codemirror.net/mode/index.html]] you can see the [[documentation for the c-like mode|http://codemirror.net/mode/clike/index.html]]. In this documentation, at the end you will be told the MIME types defined. Here it's ''text/x-csrc''\n## Add the tiddler: `$:/config/EditorTypeMappings/text/x-csrc` and fill the text field with : ''codemirror''\n\nIf you edit a tiddler with the type `text/x-csrc` and write some code in C, you should see your text being coloured.\n\n!! Add matching tags\n\n# Add XML and HTML colouring\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/matchtags.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchTags\": {\"bothTags\": true},\n \"extraKeys\": {\"Ctrl-J\": \"toMatchingTag\"}\n }\n}\n```\n\nEdit a tiddler that has the type :`text/htm` and write this code:\n\n```\n<html>\n <div id=\"click here and press CTRL+J\">\n <ul>\n <li>\n </li>\n </ul>\n </div>\n</html>\n```\n\nIf you click on a tag and press CTRL+J, your cursor will select the matching tag. Supposedly, it should highlight the pair when clicking a tag. However, that part doesn't work.\n\n!! Adding closing tags\n\n# Add the xml mode (see \"Add XML and HTML colouring\")\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closetag.js]]\n\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"autoCloseTags\":true\n }\n}\n```\n\nIf you edit a tiddler with the type`text/html` and write:\n\n```\n<html>\n```\n\nThen the closing tag ''</html>'' should automatically appear.\n\n!! Add closing brackets\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closebrackets.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js\"\n ],\n\n \"configuration\": {\n\n \"showCursorWhenSelecting\": true,\n \"matchBrackets\":true,\n \"autoCloseBrackets\":true\n }\n}\n```\n\n# If you try to edit any tiddler and write `if(` you should see the bracket closing itself automatically (you will get \"if()\"). It works with (), [], and {}\n# If you try and edit a tiddler with the type `application/javascript`, it will auto-close `()`,`[]`,`{}`,`''` and `\"\"`\n\n!! Adding folding tags\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/fold/foldcode.js]]\n# Repeat the above process for the following tiddlers, but replace the code with the one from the given link:\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js`, the code can be found here [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/addon/fold/xml-fold.js]]\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js`, the code can be found here [[http://codemirror.net/addon/fold/foldgutter.js]]\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.css`\n## Add the tag `$:/tags/Stylesheet`\n## Set the text field of the tiddler with the css code from this link : [[http://codemirror.net/addon/fold/foldgutter.css]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchTags\": {\"bothTags\": true},\n \"foldGutter\": true,\n \"gutters\": [\"CodeMirror-linenumbers\", \"CodeMirror-foldgutter\"]\n }\n}\n```\n\nNow if you type the below code in a tiddler with the type `text/html`:\n\n```\n<html>\n <div>\n <ul>\n\n </ul>\n </div>\n</html>\n```\n\nYou should see little arrows just next to the line numbers. Clicking on it will have the effect to fold the code (or unfold it).\n"
}
}
}
Season 1: Child of Tau'Dhalik
$:/plugins/felixhayashi/tiddlymap/dialog/configureView/layout
$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/vis
$:/plugins/felixhayashi/tiddlymap/dialog/configureView/vis
$:/core/ui/AdvancedSearch/System
$:/plugins/felixhayashi/tiddlymap/dialog/configureView/vis
$:/core/ui/ControlPanel/Theme
$:/core/ui/ControlPanel/Basics
$:/plugins/felixhayashi/tiddlymap/dialog/configureView/layout
$:/core/ui/ControlPanel/Parsing
$:/core/ui/ControlPanel/Plugins/Add/Plugins
$:/plugins/felixhayashi/tiddlymap/dialog/configureView/vis
$:/core/ui/ControlPanel/Settings
$:/plugins/felixhayashi/tiddlymap/dialog/editNode/default
$:/plugins/felixhayashi/tiddlymap/dialog/editNode/default
$:/plugins/felixhayashi/tiddlymap/dialog/editNode/local
$:/plugins/felixhayashi/tiddlymap/dialog/globalConfig/verbosity
$:/core/ui/MoreSideBar/Orphans
$:/plugins/felixhayashi/tiddlymap/hook/editor
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
},
"$:/info/url/full": {
"title": "$:/info/url/full",
"text": "about:srcdoc"
},
"$:/info/url/host": {
"title": "$:/info/url/host",
"text": ""
},
"$:/info/url/hostname": {
"title": "$:/info/url/hostname",
"text": ""
},
"$:/info/url/protocol": {
"title": "$:/info/url/protocol",
"text": "about:"
},
"$:/info/url/port": {
"title": "$:/info/url/port",
"text": ""
},
"$:/info/url/pathname": {
"title": "$:/info/url/pathname",
"text": "srcdoc"
},
"$:/info/url/search": {
"title": "$:/info/url/search",
"text": ""
},
"$:/info/url/origin": {
"title": "$:/info/url/origin",
"text": "null"
}
}
}
Removed 1
of 1
from filter
$:/themes/tiddlywiki/snowwhite
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ntextarea.tc-edit-texteditor {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-set .tc-tab-divider {\n\tborder-top: none;\n\theight: 1px;\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.15) 0%, rgba(0,0,0,0.0) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.01) 0%, rgba(0,0,0,0.1) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.05) 0%, rgba(255,255,255,0.05) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ThemeTweaks/ThemeTweaks}}",
"text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"\n\t$value=<<imageTitle>>\n/>\n\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\"><<lingo Settings/BackgroundImageAttachment/Scroll>></option>\n<option value=\"fixed\"><<lingo Settings/BackgroundImageAttachment/Fixed>></option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\"><<lingo Settings/BackgroundImageSize/Auto>></option>\n<option value=\"cover\"><<lingo Settings/BackgroundImageSize/Cover>></option>\n<option value=\"contain\"><<lingo Settings/BackgroundImageSize/Contain>></option>\n</$select>\n\\end\n\n<<lingo ThemeTweaks/Hint>>\n\n! <<lingo Options>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><<lingo Options/SidebarLayout>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\"><<lingo Options/SidebarLayout/Fixed-Fluid>></option><option value=\"fluid-fixed\"><<lingo Options/SidebarLayout/Fluid-Fixed>></option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><<lingo Options/StickyTitles>></$link><br>//<<lingo Options/StickyTitles/Hint>>// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">{{$:/language/No}}</option><option value=\"yes\">{{$:/language/Yes}}</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><<lingo Options/CodeWrapping>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><option value=\"pre\">{{$:/language/No}}</option><option value=\"pre-wrap\">{{$:/language/Yes}}</option></$select> |\n\n! <<lingo Settings>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"><<lingo Settings/FontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\"><<lingo Settings/CodeFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\"><<lingo Settings/EditorFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"><<lingo Settings/BackgroundImage>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\"><<lingo Settings/BackgroundImageAttachment>></$link> |<<backgroundimageattachment-dropdown>> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\"><<lingo Settings/BackgroundImageSize>></$link> |<<backgroundimagesize-dropdown>> | |\n\n! <<lingo Metrics>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\"><<lingo Metrics/FontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\"><<lingo Metrics/LineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\"><<lingo Metrics/BodyFontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\"><<lingo Metrics/BodyLineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\"><<lingo Metrics/StoryLeft>></$link><br>//<<lingo Metrics/StoryLeft/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\"><<lingo Metrics/StoryTop>></$link><br>//<<lingo Metrics/StoryTop/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"><<lingo Metrics/StoryRight>></$link><br>//<<lingo Metrics/StoryRight/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\"><<lingo Metrics/StoryWidth>></$link><br>//<<lingo Metrics/StoryWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"><<lingo Metrics/TiddlerWidth>></$link><br>//<<lingo Metrics/TiddlerWidth/Hint>>//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"><<lingo Metrics/SidebarBreakpoint>></$link><br>//<<lingo Metrics/SidebarBreakpoint/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\"><<lingo Metrics/SidebarWidth>></$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n`\"`<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>`\"`\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n`\"`<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>`\"`\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\define if-editor-height-fixed(then,else)\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n$then$\n</$reveal>\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n$else$\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n\tquotes: \"\\201C\"\"\\201D\"\"\\2018\"\"\\2019\";\n}\n\nblockquote.tc-big-quote {\n\tfont-family: Georgia, serif;\n\tposition: relative;\n\tbackground: <<colour pre-background>>;\n\tborder-left: none;\n\tmargin-left: 50px;\n\tmargin-right: 50px;\n\tpadding: 10px;\n border-radius: 8px;\n}\n\nblockquote.tc-big-quote cite:before {\n\tcontent: \"\\2014 \\2009\";\n}\n\nblockquote.tc-big-quote:before {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: open-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n left: -50px;\n top: 42px;\n}\n\nblockquote.tc-big-quote:after {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: close-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n right: -80px;\n bottom: -20px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\n.tc-icon-wrapper > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\ttop: -1000px;\n\tleft: -1000px;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n.tc-droppable > .tc-droppable-placeholder {\n\tdisplay: none;\n}\n\n.tc-droppable.tc-dragover > .tc-droppable-placeholder {\n\tdisplay: block;\n\tborder: 2px dashed <<colour dropzone-background>>;\n}\n\n.tc-draggable {\n\tcursor: move;\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img, label svg, label img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n cursor: pointer;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n.tc-unfold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 100%;\n\twidth: calc(100% + 2px);\n\tmargin-left: -43px;\n\ttext-align: center;\n\tborder-top: 2px solid <<colour tiddler-info-background>>;\n\tmargin-top: 4px;\n}\n\n.tc-unfold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n\tborder-top: 2px solid <<colour tiddler-info-border>>;\n}\n\n.tc-unfold-banner svg, .tc-fold-banner svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-unfold-banner:hover svg, .tc-fold-banner:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n.tc-fold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 23px;\n\ttext-align: center;\n\tmargin-left: -35px;\n\ttop: 6px;\n\tbottom: 6px;\n}\n\n.tc-fold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-unfold-banner {\n\t\tposition: static;\n\t\twidth: calc(100% + 59px);\n\t}\n\n\t.tc-fold-banner {\n\t\twidth: 16px;\n\t\tmargin-left: -16px;\n\t\tfont-size: 0.75em;\n\t}\n\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 400;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour tag-foreground>>;\n\tvertical-align: text-bottom;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\thtml[dir=\"rtl\"] .tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tright: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: calc(100% - {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}});\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 0;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tposition: relative;\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button,\n.tc-tiddler-controls > span > span > button,\n.tc-tiddler-controls > span > span > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img,\n.tc-search button svg, .tc-search a svg {\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n}\n\n.tc-search button svg, .tc-search a svg {\n height: 1.2em;\n width: 1.2em;\n margin: 0 0.25em;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame .tc-edit-texteditor {\n\twidth: 100%;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor,\n.tc-tiddler-frame textarea.tc-edit-texteditor,\n.tc-tiddler-frame iframe.tc-edit-texteditor {\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tbackground-color: <<colour tiddler-editor-background>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-body {\n\tclear: both;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Editor\n*/\n\n.tc-editor-toolbar {\n\tmargin-top: 8px;\n}\n\n.tc-editor-toolbar button {\n\tvertical-align: middle;\n\tbackground-color: <<colour tiddler-controls-foreground>>;\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n\tborder-radius: 4px;\n\tpadding: 3px;\n\tmargin: 2px 0 2px 4px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-adjunct {\n\tmargin-left: 1px;\n\twidth: 1em;\n\tborder-radius: 8px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-start-group {\n\tmargin-left: 11px;\n}\n\n.tc-editor-toolbar button.tc-selected {\n\tbackground-color: <<colour primary>>;\n}\n\n.tc-editor-toolbar button svg {\n\twidth: 1.6em;\n\theight: 1.2em;\n}\n\n.tc-editor-toolbar button:hover {\n\tbackground-color: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour background>>;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more {\n\twhite-space: normal;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more button {\n\tdisplay: inline-block;\n\tpadding: 3px;\n\twidth: auto;\n}\n\n.tc-editor-toolbar .tc-search-results {\n\tpadding: 0;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-left: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-add-tag .tc-keyboard {\n\tdisplay:inline;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 49%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 0 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n<<if-editor-height-fixed then:\"\"\"\n\n.tc-tiddler-preview-preview {\n\toverflow-y: scroll;\n\theight: {{$:/config/TextEditor/EditorHeight/Height}};\n}\n\n\"\"\">>\n\n.tc-tiddler-frame .tc-tiddler-preview .tc-edit-texteditor {\n\twidth: 49%;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview canvas.tc-edit-bitmapeditor {\n\tmax-width: 49%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-tab-set .tc-tab-buttons button {\n\tdisplay: inline-block;\n width: auto;\n margin-bottom: 0px;\n border-bottom-left-radius: 0;\n border-bottom-right-radius: 0;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n\ttext-shadow: none;\n}\n\n.tc-block-dropdown.tc-search-drop-down {\n\tmargin-left: -12px;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-block-dropdown.tc-search-drop-down a {\n\tdisplay: block;\n\tpadding: 0px 10px 0px 10px;\n}\n\n.tc-drop-down .tc-dropdown-item-plain,\n.tc-block-dropdown .tc-dropdown-item-plain {\n\tpadding: 4px 14px 4px 7px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-search-results {\n\tpadding: 0 7px 0 7px;\n}\n\n.tc-image-chooser, .tc-colour-chooser {\n\twhite-space: normal;\n}\n\n.tc-image-chooser a,\n.tc-colour-chooser a {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: center;\n\tposition: relative;\n}\n\n.tc-image-chooser a {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 2px;\n\tmargin: 2px;\n\twidth: 4em;\n\theight: 4em;\n}\n\n.tc-colour-chooser a {\n\tpadding: 3px;\n\twidth: 2em;\n\theight: 2em;\n\tvertical-align: middle;\n}\n\n.tc-image-chooser a:hover,\n.tc-colour-chooser a:hover {\n\tbackground: <<colour primary>>;\n\tpadding: 0px;\n\tborder: 3px solid <<colour primary>>;\n}\n\n.tc-image-chooser a svg,\n.tc-image-chooser a img {\n\tdisplay: inline-block;\n\twidth: auto;\n\theight: auto;\n\tmax-width: 3.5em;\n\tmax-height: 3.5em;\n\tposition: absolute;\n\ttop: 0;\n\tbottom: 0;\n\tleft: 0;\n\tright: 0;\n\tmargin: auto;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 900;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tmargin-right: 0.3em;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n\tborder-bottom-left-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\tmargin-right: 0;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n\tborder-top-right-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\tdisplay: block;\n\twidth: 100%;\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Manager\n*/\n\n.tc-manager-wrapper {\n\t\n}\n\n.tc-manager-controls {\n\t\n}\n\n.tc-manager-control {\n\tmargin: 0.5em 0;\n}\n\n.tc-manager-list {\n\twidth: 100%;\n\tborder-top: 1px solid <<colour muted-foreground>>;\n\tborder-left: 1px solid <<colour muted-foreground>>;\n\tborder-right: 1px solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item {\n\n}\n\n.tc-manager-list-item-heading {\n display: block;\n width: 100%;\n text-align: left;\t\n\tborder-bottom: 1px solid <<colour muted-foreground>>;\n\tpadding: 3px;\n}\n\n.tc-manager-list-item-heading-selected {\n\tfont-weight: bold;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n\tbackground-color: <<colour foreground>>;\n}\n\n.tc-manager-list-item-heading:hover {\n\tbackground: <<colour primary>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-manager-list-item-content {\n\tdisplay: flex;\n}\n\n.tc-manager-list-item-content-sidebar {\n flex: 1 0;\n background: <<colour tiddler-editor-background>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n white-space: nowrap;\n}\n\n.tc-manager-list-item-content-item-heading {\n\tdisplay: block;\n\twidth: 100%;\n\ttext-align: left;\n background: <<colour muted-foreground>>;\n\ttext-transform: uppercase;\n\tfont-size: 0.6em;\n\tfont-weight: bold;\n padding: 0.5em 0 0.5em 0;\n}\n\n.tc-manager-list-item-content-item-body {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-manager-list-item-content-item-body > pre {\n\tmargin: 0.5em 0 0.5em 0;\n\tborder: none;\n\tbackground: inherit;\n}\n\n.tc-manager-list-item-content-tiddler {\n flex: 3 1;\n border-left: 0.5em solid <<colour muted-foreground>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item-content-item-body > table {\n\tborder: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-manager-list-item-content-item-body > table td {\n\tborder: none;\n}\n\n.tc-manager-icon-editor > button {\n\twidth: 100%;\n}\n\n.tc-manager-icon-editor > button > svg,\n.tc-manager-icon-editor > button > button {\n\twidth: 100%;\n\theight: auto;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info:hover > .tc-plugin-info-chunk > img, .tc-plugin-info:hover > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info > .tc-plugin-info-chunk > img, .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > img, .tc-plugin-info.tc-small-icon > .tc-plugin-info-chunk > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n.tc-message-box svg {\n\twidth: 1em;\n\theight: 1em;\n vertical-align: text-bottom;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n\tpadding: 2px 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n\ttext-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n\tmin-width: 100%;\n\tmin-height: 100%;\n\tmax-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n\n/*\n** Tree macro\n*/\n\n.tc-tree div {\n \tpadding-left: 14px;\n}\n\n.tc-tree ol {\n \tlist-style-type: none;\n \tpadding-left: 0;\n \tmargin-top: 0;\n}\n\n.tc-tree ol ol {\n \tpadding-left: 1em; \n}\n\n.tc-tree button { \n \tcolor: #acacac;\n}\n\n.tc-tree svg {\n \tfill: #acacac;\n}\n\n.tc-tree span svg {\n \twidth: 1em;\n \theight: 1em;\n \tvertical-align: baseline;\n}\n\n.tc-tree li span {\n \tcolor: lightgray;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
"text": "350px"
},
"$:/themes/tiddlywiki/vanilla/options/stickytitles": {
"title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
"text": "no"
},
"$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
"title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
"text": "fixed-fluid"
},
"$:/themes/tiddlywiki/vanilla/options/codewrapping": {
"title": "$:/themes/tiddlywiki/vanilla/options/codewrapping",
"text": "pre-wrap"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -ms-text-size-adjust: 100%; /* 2 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n display: inline-block; /* 1 */\n vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n display: none;\n}\n\n/* Links\n ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, monospace;\n font-size: 1em;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n * Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n color: inherit; /* 1 */\n font: inherit; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n border: 0; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Remove default vertical scrollbar in IE 8/9.\n */\n\ntextarea {\n overflow: auto;\n}\n\n/**\n * Don't inherit the `font-weight` (applied by a rule above).\n * NOTE: the default cannot safely be changed in Chrome and Safari on OS X.\n */\n\noptgroup {\n font-weight: bold;\n}\n\n/* Tables\n ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n border-collapse: collapse;\n border-spacing: 0;\n}\n\ntd,\nth {\n padding: 0;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
"text": "\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", \"DejaVu Sans\", sans-serif"
},
"$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
"text": "Monaco, Consolas, \"Lucida Console\", \"DejaVu Sans Mono\", monospace"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
"text": "fixed"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
"text": "auto"
},
"$:/themes/tiddlywiki/vanilla/sticky": {
"title": "$:/themes/tiddlywiki/vanilla/sticky",
"text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n``\n</$reveal>\n"
}
}
}
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